Indias Highest Gallantry Award (Pvc) Winners

Param vIr chakra: The medal is a circular bronze disc 1. 375 inches (3. 49 cm) in diameter. The state emblem appears in the centre, on a raised circle. Surrounding this, four replicas of Indra's Vajra (the all-powerful mythic weapon of the ancient Vedic King of Gods). The decoration is suspended from a straight swivelling suspension bar. It is named on the edge. On the rear, around a plain center, are two legends separated by lotus flowers. The words Param Vir Chakra are written in Hindi and English. A purple ribbon, 32 millimetres (1. in) long, holds the Param Vir Chakra. The medal symbolizes Rishi Dadhichi, who had donated his bones to the Gods for making Vajra Facts about Param Vir Chakra: 1. Of the 21 Paramveer Chakra awardees, 20 are from the Indian Army and one from the Indian Air Force. 2. Som Nath Sharma, the first recipient of the award, was the award designer Mrs. Savitri Khanolkar's son-in-law posthumous. 3. Grenadiers Regiment have received the most number of Param Vir Ch akras, with 3 awards, one each for the Indo-Pakistan 1965 war, 1971 Indo-Pakistan war and the Kargil War.The Gorkha Rifles have also received three awards, with the 1st Gorkha Rifles (The Malaun Regiment), 8th Gorkha Rifles and 11th Gorkha Rifles each receiving one. 4. The Sikh Regiment, Kumaon Regiment, 17th Poona Horse and Jammu and Kashmir Rifles have received two awards. 5. The highest rank to be awarded a Param Vir Chakra is that of a Lieutenant Colonel. Lt. Col. Ardeshir Tarapore. 6. The award to Major Dhan Singh Thapa, for the battle of Sirijap in the 1962 War was initially announced as a posthumous award. It was not known that Major Thapa was taken POW at that time.Param vir chakra winners Stories of the highest gallantry award winners of the armed forces. 1947-48 Jammu and Kashmir Operations Major Somnath Sharma, 4 Kumaon, posthumous Major Somnath Sharma Major Somnath Sharma son of Major General Amarnath Sharma, was born on January 31, 1923, in Himachal Pradesh. He was comm issioned in the Kumaon Regiment on February 22, 1942. On October 22, 1947, Pakistan launched the tribal invasion of Jammu & Kashmir. Major Somnath Sharma laid down his life for the country on November 3, 1947 in Badgam, Kashmir in a brave fight against Pakistan troops.Major General Amarnath Sharma received India's first and highest wartime gallantry medal, Param Vir Chakra, on behalf of his son. 2nd Lt. Rama Raghoba Rane, Corps of Engineers Second Lieutenant Rama Raghoba Rane Second Lieutenant Rama Raghoba Rane was born on June 26, 1918 at Chendia, Karnataka. He was commissioned in the Corps of Engineers on December 15, 1947. He served with distinction during the 1947-48 Jammu ; Kashmir operations. On March 18, 1948, the Indian Army recaptured Jhangar, which was lost to the enemy in December 1947. Indian troops then planned an advance from Naushahra to Rajouri.Rane made a substantial contribution in facilitating the Indian advance on Rajouri. The gallant effort made by Rane during t his critical advance earned him the highest wartime gallantry medal, Param Vir Chakra. †¢ CHM Piru Singh Shekhawat, 6 Rajputana Rifles, posthumous Company Havildar Major Piru Singh Company Havildar Major Piru Singh was born on May 20, 1918 in Rajasthan. He was enrolled in the 6 Rajputana Rifles on May 20, 1936. During the Jammu ; Kashmir operations in summer of 1948, Pakistani raiders mounted a strong counter offensive in the Tithwal sector.The enemy also forced the Indian Army to vacate their forward positions across river Kishanganga. After the setback, Indian troops took position on the Tithwal ridge. Havilder Major Piru Singh laid down his life, in a brave fight against the enemies, leaving for the rest of his comrades a unique example of single-handed bravery and determined courage. He was honoured with the highest wartime gallantry medal, Param Vir Chakra, posthumously. Naik Jadunath Singh , 1 Rajput, posthumous Naik Jadunath Singh Naik Jadunath Singh was born on November 21, 1916 in Shahjahanpur, Uttar Pradesh.He was enrolled in the 1 Rajput Regiment on November 21, 1941. During the Jammu ; Kashmir operations in the winter of 1947, the capture of Jhangar on December 24th, by the Pakistani raiders, placed them in an advantageous position in the Naushahra sector. At a most critical stage in the battle for the defence of Naushahra, he saved his picket from being overrun by the enemy. Naik Jadunath Singh was honoured with the highest wartime gallantry medal, Param Vir Chakra, posthumously. †¢ Lance Naik Karam Singh, 1 Sikh Lance Naik Karam Singh Lance Naik Karam Singh was born on September 15, 1915, in Barnala, Punjab.He was enrolled in 1 Sikh Regiment on September 15, 1941. He had earned a Military Medal in World War II. During the Jammu ; Kashmir operations in 1948, the Indian Army made substantial gains in the Tithwal sector. Karam Singh was honoured with the highest wartime gallantry medal, Param Vir Chakra, for his outstanding role in the bat tle of Tithwal. 1962 Indo-China War Major Shaitan Singh , 13 Kumaon, posthumous Major Shaitan Singh Major Shaitan Singh, son of Lieutenant Colonel Hem Singhji, was commissioned in the Kumaon Regiment on August 01, 1949.During the 1962 Indo-China conflict, 13 Kumaon was deployed in Chusul sector. The battalion led by Major Shaitan Singh held a crucial position at Rezang La, at a height of 5000 metres. The expected Chinese attack on Rezang La came on November 18. Unmindful of his personal safety, Major Shaitan Singh moved from one platoon post to another and encouraged his men to fight. He was mortally wounded. Shaitan Singh was awarded Param Vir Chakra, the highest wartime gallantry medal, posthumously, for his leadership and devotion to duty. Major Dhan Singh Thapa , 1/8 Gorkha RiflesMajor Dhan Singh Thapa Major Dhan Singh Thapa, born on April 10, 1928 in Shimla, Himachal Pradesh, was commissioned in the 8 Gorkha Rifles on August 28, 1949. The Sirijap valley, north of the Pangong La ke in Ladakh, was considered vital for the defence of Chushul airfield. The 1/8 Gorkha Rifles had outposts there to thwart any enemy encroachment in the area. One of these outposts named Sirijap-1 was held by a platoon of ‘D' Company under the command of Major Dhan Singh Thapa when the Chinese attack came on October 21, 1962. Major Thapa repulsed the attack, inflicting heavy losses on the enemy.For his gallant act, Major Dhan Singh Thapa was honoured with the highest wartime gallantry medal, Param Vir Chakra. Subedar Joginder Singh , 1 Sikh, posthumous Subedar Joginder Singh Subedar Joginder Singh was born on September 26, 1921, in Faridkot, Punjab. On September 28, 1936, he was enrolled in the 1 Sikh Regiment. During the 1962 Indo-China War, Subedar Joginder Singh commanded a platoon in the Tawang sector of North East Frontier Agency. On October 23, the Chinese launched an attack on the Bum La axis. Subedar Joginder Singh and his platoon stood firm like a rock.Singh, despite a wound in the thigh, refused evacuation. He manned a light machine gun and killed a large number of enemies. By now all ammunition with the platoon had been exhausted. Subedar Joginder Singh and his men fell upon the advancing enemy and bayoneted many to death. Subedar Singh was killed in this epic battle. For his inspiring leadership, courage and devotion to duty, he was awarded the highest wartime gallantry medal, the Param Vir Chakra, posthumously. 1965 Indo-Pak War Lt. Col. A. B. Tarapore, 17 Poona Horse, posthumous Lieutenant Colonel Ardeshir Burzarji Tarapore Lieutenant Colonel ArdeshirBurzarji Tarapore was born on August 18, 1923 in Mumbai. He joined the Hyderabad State Force in 1942 and saw active service in West Asia during World War-II. He was commissioned in Poona Horse on April 01, 1951. The biggest tank battle of the 1965 Indo-Pak War took place at Phillora in the Sialkot sector. Lt. Col. A B Tarapore defied the enemy's charge, held his ground and gallantly attacked Ph illora with one of his squadrons supported by an Infantry battalion. When wounded, he refused to be evacuated. On September 14, 1965, he led his regiment to capture Wazirali.Unmindful of his injury, he again led his regiment and captured Jassoran and Butur-Dograndi on September 16, 1965. In this battle his own tank was hit several times. Lt. Colonel A B Tarapore tank was in flames and he died a hero's death. Lieutenant Colonel Ardeshir Burzarji Tarapore was awarded with the highest war-time gallantry medal, Param Vir Chakra, posthumously. CQMH Abdul Hamid , 4 Grenadiers, posthumous Company Quarter-Master Havildar Abdul Hamid Company Quarter-Master Havildar Abdul Hamid was born on July 1, 1933, in Uttar Pradesh. He was enrolled in the 4 Grenadiers on December 27, 1954.During the 1965 Indo-Pak War, 4 Indian Division was entrusted with the responsibility of capturing Pak territory East of Lchhogil Canal and contain possible enemy attack on Kasur-Khem Karan axis. The enemy tanks had pen etrated the forward company positions. Hamid was commanding a recoilless gun detachment. He knocked out two enemy tanks. By this time the enemy brought down concentrated machine gun and high explosive fire on him. But he kept on firing. He was mortally wounded by a high explosive shell. Hamid was honoured with the highest war time gallantry medal, Param Vir Chakra, posthumously. 1971 Indo-Pak WarMajor Hoshiar Singh , 3 Grenadiers – 1971 War Major Hoshiar Singh Major Hoshiar Singh was born on May 05, 1936 in Haryana. He was commissioned in the Grenadiers Regiment on June 30, 1963. He was also Mentioned-in-Despatches. On December 17th, during the 1971 Indo-Pak war, though wounded seriously in enemy shelling, Major Singh again went alone from trench to trench, moving in the open. Major Singh, realising the importance of fire support at this juncture, rushed to the machine gun pit and operated the gun inflicting heavy casualties on the enemy. The enemy attack was repulsed, and th ey beat a hasty retreat.Throughout this operation, Major Singh displayed the most conspicuous gallantry in the face of the enemy, grim determination and indomitable spirit. He was honoured with the highest wartime gallantry medal, Param Vir Chakra. 2nd Lt. Arun Khetarpal , 17 Poona Horse, posthumous Second Lieutenant Arun Khetarpal, son of Brigadier M L Khetarpal, was born on October 14, 1950, in Pune, Maharashtra. He was commissioned in the 17 Poona Horse on June 13, 1971. During the 1971 Indo-Pak War, the 47 Infantry Brigade, with the 17 Poona Horse under command, was ordered to establish a bridge-head across the Basantar River in Shakargarh sector.Khetarpal fiercely attacked the enemy strong points and captured many enemy soldiers and recoilless guns at gunpoint. He destroyed several enemy tanks. In the thick of the battle, Khetarpal's tank also received a shot and burst into flames. But realising the useful role of his tank in preventing a breakthrough, he set about destroying t he remaining enemy tanks. At this stage his tank received a second hit. The brave Officer met his death denying the enemy the intended breakthrough. For his conspicuous gallantry, Khetarpal was honoured with the highest wartime gallantry medal, the Param Vir Chakra, posthumously. Fg. Off. N. J. S.Sekhon , No. 18 Squadron, posthumous Flying Officer Nirmal Jit Singh Sekhon Flying Officer Nirmal Jit Singh Sekhon was born on July 17, 1943 in Ludhiana, Punjab. He was commissioned into the Indian Air Force on June 4, 1967. During the 1971 operations, Sekhon was with No. 18 â€Å"Flying Bullets† Squadron flying the Folland Gnat fighter based at Srinagar. He and his colleagues fought successive waves of intruding Pakistani aircraft with valour and determination. On the 14th of December 1971, Srinagar Airfield was attacked by a wave of six enemy Sabre aircraft. Sekhon took off and immediately engaged a pair of the attacking Sabres.He succeeded in damaging two of the enemy aircraft. Hi s aircraft crashed and he was killed. For his sublime heroism, supreme gallantry, he was awarded Param Vir Chakra, the highest wartime gallantry medal, posthumously. Lance Naik Albert Ekka , 14 Guards, posthumous Lance Naik Albert Ekka Lance Naik Albert Ekka was born on December 27, 1942 in Ranchi, Bihar. He was enrolled in the 14 Guards on December 27, 1962. During the 1971 Indo-Pak War, the 14 Guards was asked to capture a Pakistani position at Gangasagar, 6? km west of Agartala in the eastern sector. Ekka went with the left forward company of the battalion in the attack.He charged the enemy bunker, bayoneted two enemy soldiers and silenced the light machine gun. Though seriously injured in this encounter, he continued to fight alongside his comrades with courage, securing bunker after bunker. He hurled a grenade into the enemy bunker. Ekka died of the injuries suffered during this battle. Lance Naik Albert Ekka was awarded Param Vir Chakra, the highest wartime gallantry medal, po sthumously. 1999 Kargil Operations Four Kargil war heroes were awarded the highest gallantry award on January 26, 2000 for displaying the valour of the highest order during operation Vijay.While Captain Vikram Batra and Lt. Manoj Pandey were awarded PVC posthumously, Grenadier Yogendra Singh and Riflemen Sanjay Kumar received the award from the President, Mr. K. R. Narayanan in person. Captain Vikram Batra , 13 JAK Rifles, posthumous Captain Vikram Batra Captain Vikram Batra, 13 Jammu and Kashmir Rifles, and his Delta Company were given the task of recapturing Point 5140. Captain Batra single-handedly engaged three enemy soldiers in close combat and killed them. He was seriously injured during this combat, but insisted on regrouping his men to continue with the given task at hand.Inspired by the extraordinary courage displayed by Captain Batra, the soldiers of 13 JAK Rifles charged the enemy position and captured Point 5140 at 3:30 a. m. on June 20, 1999. Captain Batra led his men t o even more glorious victories with the recapture of Point 4750 and Point 4875. He was tragically killed, when he tried to rescue an injured officer during an enemy counterattack. For his sustained display of the most conspicuous personal bravery, Captain Vikram Batra was awarded the Param Vir Chakra, India's highest medal for gallantry, posthumously.Lieutenant Manoj K. Pandey , 1/11 GR, posthumous Lieutenant Manoj Kumar Pandey Lieutenant Manoj Kumar Pandey, 1/11 Gorkha Rifles, forced back the intruders from the Batalik sector on June 11, 1999. He led his men to recapture the Jaubar Top, a feature of great operational importance. But his finest hour was in the capture of Khalubar in the early morning hours of July 3, 1999. On the night of July 2-3, 1999 the battalion's progress on to its final objective, was halted by a determined enemy firmly entrenched on commanding heights.The young officer led his platoon along a narrow, treacherous ridge that led to the enemy position. He surge d ahead of his troops and charged at the enemy with a full-throated battle cry through a hail of bullets. Although wounded in the shoulder and leg, he pressed on his solitary charge with grim determination. Critically bleeding, he collapsed at the final bunker and finally succumbed to his injuries, but not before the last of the enemy had been annihilated. Lieutenant Manoj Kumar Pandey was awarded the Param Vir Chakra, India's highest medal for gallantry, posthumously.Grenadier Yogender Singh Yadav, 18 Grenadiers Grenadier Yogender Singh Yadav Grenadier Yogender Singh Yadav of 18 Grenadiers, was part of the Commando ‘Ghatak' Platoon tasked to capture three strategic bunkers on Tiger Hill during the Kargil war on the night of July 3-4, 1999. In spite of having been hit by three bullets in his groin and shoulder, displaying great strength and resolve, he climbed the remaining 60 feet, all by himself and reached the top. With rare grit and courage, he crawled up to the bunker cri tically injured and lobbed a grenade killing four Pakistani soldiers and neutralising enemy fire.For his sustained display of the most conspicuous personal bravery and gallantry of the highest order in the face of the enemy, Grenadier Yogender Singh Yadav was awarded the Param Vir Chakra, India's highest medal for gallantry. Rifleman Sanjay Kumar, 13 JAK Rifles Rifleman Sanjay Kumar Rifleman Sanjay Kumar, 13 Jammu and Kashmir Rifles, was the leading Scout of a team tasked to capturing Area Flat Top of Point 4875 in the Mushkoh Valley on July 4, 1999, being held by Pakistani-backed militants. Without concern for personal safety, Kumar crawled alone up the ledge and charged towards the enemy bunker, through a hail of automatic fire.Bleeding profusely from the bullet wounds, he continued the charge towards the bunker. He then picked up the enemy machine gun and crept towards the second enemy bunker. Three enemy soldiers, taken completely by surprise were killed by him on the spot. For his sustained display of bravery, Rifleman Sanjay Kumar was awarded the Param Vir Chakra. UN Operations Captain G. S. Salaria , 3/1 GR, posthumous Captain Gurbachan Singh Salaria Captain Gurbachan Singh Salaria was born on November 29, 1935, in Gurdaspur, Punjab. He was commissioned in the 1 Gorkha Rifles on 9 June 1957.After the Belgians quit Congo, a civil war situation developed in that country. When the United Nations decided upon military intervention to retrieve the situation, India contributed a brigade of around 3000 men to the UN Force. Captain Salaria prevented the enemy from going to the roundabout thereby saving the UN Headquarters in Elizabethville from encirclement. For his extraordinary leadership and devotion to duty, Captain Gurbachan Singh Salaria was awarded the highest wartime medal, Param Vir Chakra, posthumously. Saichen Operations Naib Subedar Bana Singh , 8 JAK LINaib Subedar Bana Singh Naib Subedar Bana Singh, born in Kadyal, Jammu on January 6, 1949, was en rolled in the Indian Army on January 6, 1969 into the Jammu & Kashmir Light Infantry (JAK LI). During June 1987, the 8 JAK LI, was deployed in the Siachen area. Naib Subedar Singh volunteered to join the special task force formed to root out Pakistani infiltrators. Naib Subedar Bana Singh led his men through an extremely difficult and hazardous route. Lobbing hand-grenades, charging with a bayonet and moving from trench to trench, he cleared the post of all intruders.He was awarded the Param Vir Chakra, the highest wartime gallantry medal, for conspicuous bravery and leadership under most adverse conditions. IPFK Operations Major R. Parameswaran , 8 Mahar, posthumous – IPKF Operations Major Ramaswamy Parameswaran Major Ramaswamy Parameswaran was born on September 13, 1946, in Mumbai. He was granted Short Service Commission in the Mahar Regiment on January 16, 1972. He took part in a number of operations undertaken by the Indian Army. Under the Indo-Sri Lanka Agreement many In dian Army units were dispatched to Sri Lanka to maintain law and order there.On November 25, 1987, Major Parameswaran and his column were ambushed by a group of militants. With great presence of mind he encircled the militants from the rear and boldly charged them. During the hand-to-hand combat that followed, one militant shot him in the chest. Undaunted by his grave injury, he snatched the rifle from a militant and shot him dead. Though critically wounded he continued to give orders and inspire his command till he breathed his last. For the most conspicuous bravery & supreme sacrifice, Parameswaran was honoured with the Param Vir Chakra, posthumously.

Julias Food Booth Essay

Introduction Julia is planning to lease a food booth outside the Tech Stadium at Home Football games to finance her last year education with all the games go sold out. The rent for the booth per game is $ 1000. Julia will sell slices of Cheese Pizza, Hot Dogs and Barbecue Sandwiches which are acclaimed to be the most popular so these are the three products she has chosen to sell at the home games football stadium. The rent for oven is $ 600 for six home games, which makes it $ 100 per game. To keep things simple, Julia decided to hire an outside pizza delivery company, it seems to be cost effective and for other items she plans to prepare them the night before. Space taken by Pizza is 14† x 14†, hot dogs are 16 in/sq. and the BBQ sandwich is 25 â€Å"sq. The cost price of Pizza $6.00, or $.75 ea slice with 8 slices/pizza the hot dogs $0.45 each, and sandwiches$.90 each, respectively. The sale price of Pizza Slice is $1.50, hot dogs $1.60 and the BB-Q sandwich is $2.25. Julia’s initial investment is $1500 which would pay for the first game day; she would pay the future home games out of proceeds earned from the games. From Student Feedbacks she has learnt that she can sell as many slices of Pizza as Hot dogs and BBQ sandwich’s combined. She feels she can sell twice as many hot dogs as she can the BBQ sandwich’s. Julia believes that she can make at least $1000 net profit after expenses are paid per game. Objective Function Objective here is to maximize the profit. Profit is calculated for each variable by subtracting cost from the selling price. Pizza. Cost $6 / 8 = $ 0.75 (Cost per slice) Z =$0.75 x1 +$.45Ãâ€"2 + $.90 x3. Profit per: $.75/slice pizza, $1.15/hot dog $ 1.35/BBQ Sandwich Sales Price: $2.25 $ 1.60 $ 1.50 Sale Price: 3x/Sandwich; 2x/ Hot dog and 1x/pizza slice. Decision Variables Constraints: Budget Constraint: 0.75Ãâ€"1 + 0.45Ãâ€"2 + .90Ãâ€"3 2Ãâ€"3 x2 – 2Ãâ€"3 => 0 If extra help @$100/game = $100/x6 Non Negative Restrictions: x1, x2 , x3 all are >= 0 Final Model Maximize Total Profit: Z = 0.75Ãâ€"1 + 0.45Ãâ€"2 + .90Ãâ€"3 = 0 D. Over all with the expenses of food supplies, oven leasing, the booth and the pay for help, she will still be far ahead in her net profit and it will be well worth the help in the end. Certainly there will be uncertainty, which is with all endeavors, but those have to be accounted for as best you can. References Taylor, B. W. (2011). Introduction to Management Science. Upper Saddle River, NJ: Prentice Hall. coursehero, (2009, Apr. 13). linear programing [Msg google..com]. Message posted to http://coursehero.com/

Reclamation Of Thermal Energy In Coventry Sewage Environmental Sciences Essay

Due to the increasing energy monetary values and worsening energy resources it becomes more and more of import to utilize alternate energy supplying solutions. Harmonizing to the Kyoto protocol and the clime alteration conference in Copenhagen that at the minute discuss the most of import industry states associating to the environment and economic system about the inquiries: How to cut down the green gas emanations and how to cut down the ingestion of stoping fossil energy beginnings? The most of the states have the sentiment that the current major portion of our energy usage beginnings is limited and that we have to alter our blowing devour behavior. A batch of politicians and scientists think that our following power beginning solution is in renewable energy like air current, H2O flow and H2O degree energy, solar, bio fuel and geothermic energy. At the minute planetary ingestion of renewable energy is about 14 % . The biggest portion of the renewable energy ingestion is bio fuel of 13,6 % Erneuerbare Energien-politik Bernd Hirschl, 2007, Page 422 The Technology to utilize air current, H2O, Sun and geothermic energy is really expensive and it is non really profitable, because the monetary value of the dodo fuel, although it is steadily turning, is still excessively low to utilize the alternate energy. But the authoritiess know that the world will perfectly trust on the renewable energy in the hereafter. Hence they support with investings and subsidies the renewable engineering developments and undertakings. Germany for illustration spends one million millions for subsidies for solar energy workss. Harmonizing to Dr. Klaus Peter Krause â€Å" it was a entombment of one million millions and it causes a gold-rush temper since 2004. This must be stopped † . Many people have similar sentiment. ( Die Freie Welt, Solarstrom das Milliardengrab, 23.04.10 ) At the minute 9 different European states under it Great Britain and Germany are be aftering a 30 billion e uro undertaking. This undertaking includes the usage of different types of renewable energy. The web is supposed to link air current turbines in Scotland, solar panels in Germany and beckon power workss in Belgium and Denmark. ( Klima Wandel, Sonne, Wind und Wellen Nordsee ALSs Kraftwerk, 07.01.10 ) Due to the immense outgos for the renewable energies and the for good looking critic from scientists and media it is of import to happen out whether the behavior of our politicians is justifiable. The renewable energy is of import for our hereafter but the renewable energy is really expensive. For that ground we have to see, what sort of renewable energy we have to put to. The media and politicians are speaking about different types of renewable energy, but there is one promising sort of energy usage cipher is speaking about. Harmonizing to DWA-Regelwerk Merkblatt DWA-M 114 Energie gold Abwasser – Warme und Lageenergie, Juni 2009 the heat energy in German sewerages has the possible to provide 10 % heat energy to the German lodgings. Every twenty-four hours a batch of waste H2O flows through the sewerage system. The liquid waste gets filtered in the sewerage elucidation works and runs to the terminal of the receiver. This H2O is polluted and hence chiefly considered as waste without any economic value. However the wastewater of private family, agricultural and industrial companies does non merely reassign waste. During this transportation procedure heat is besides generated. Hence the streamlined H2O has a higher temperature than for illustration imbibing H2O. So it should be considered to utilize the energetic warming potency of the sewerage for providing heat to the local family. Effluent is accordingly a possible resource for a thermic advantage. The renewal of the energy occurs with a recuperator. It consists of a liquid medium which removes the energy to a heat pump. The heat pump converts the low temperature of a immense sum of liquid to a higher temperature of a smaller sum. So with that status the het H2O can be used for warming the houses and tap H2O. The engineering of repossessing thermic energy in canalisation is proved. There are already some workss in operation since many old ages in Switzerland and Germany. But similar workss in Great Britain could n't be found. The heat money changer produces energy, saves primary energy resources and reduces CO2 emanation. So should this engineering besides be used in Great Britain?Purposes and AimsThe purpose of this undertaking is to happen out: Is it sensible to construct heat renewal workss compared with another types of renewable energies in Great Britain? In the 2nd chapter the Energy political relations in Great Britain will be discussed to clear up the necessity of renewable energies. In the beginning of this chapter it will be indicated to the energy jobs and what aim the authorities of this state is traveling for. In the following measure the political agreements will be mentioned and how the state has developed to make the energy purposes. Afterwards the energy production and in gestion of Great Britain will be described to understand the energy state of affairs and the demand for a alteration in the consumer behavior of this state. In the 3rd chapter the engineering of a heat renewal works in sewerages will be explained. The purpose of this chapter is understand how such a works can be used and what topographic points are more appropriate to put in it. Furthermore this chapter will specify which proficient and practical attempts are necessary, which costs are required to construct such a installation, how much energy such a system can bring forth and how much money can be saved. For the possible estimations of the works must be considered the proficient demands of the sewerage system and heat money changer every bit good as the demands of client and supplier. Besides the sewerage system provider has to be researched, which uses the system as drainage. Main responsible company for the canalisation system in West Midlands is Severn Trend Limited. Even though it is proved that such a works can bring forth energy, there are many things to discourse about the efficiency of that engineering. There are a batch of different engineerings to utilize clean and renewable energy e.g. air current, solar, tidal, hydro, bio fuel power a.s.o. So in the 4th portion it has to be discussed which renewable energy is more profitable? The heat power of sewerage systems engineering is really new and there are non really much informations about the profitableness. After comparing all the bing workss in the sewerages the current efficiency and the possible capacity in the hereafter of all renewable engineerings, and after comparing of the profitableness and sustainability of the bing and planned renewable energy installations, we can presume the necessity of utilizing the waste H2O energy. Even if such engineering exists in Germany and Switzerland, it does n't intend that it is sensible to construct it in Great Britain. So in the 5th portion it has to be compared the attitude to the energy policy, ingestion and energy necessity of these states. Most states recognise the exigency to help the renewable energy. Hence the authoritiess try to subsidise the advancement of modern developments. So this work will depict the current subsidies policy in Germany and Great Britain and discourse whether it is sensible to back up the heat pump engineering of sewerages in UK. ( Andre Suck, Erneuerbare Energien und Wettbewerb in der Elektrizitatswirtschaft, staatliche Regulierungen im Vergleich zwischen Deutschland und Gro?britannien, 2008 ) . Furthermore it has to be compared whether the difference of energy monetary values or the energy ingestion for the heat energy of Germany and UK can be a ground non to utilize the heat energy in Great Britain. The following chapter will demo the practical usage of a heat renewal works within a British metropolis Coventry. It will demo some countries of the sewerage system and depict why they are appropriate for a works. In that portion all the information of the work has to be used to happen a proper topographic point and what sort of advantages the peculiar pipes have. The purpose of this chapter is to demo that it is possible to construct that works in Coventry and so in many other metropoliss. The last chapter is a decision whether the engineering is appropriate to utilize it in Great Britain under the comprehension of the mentioned positions: Energy policy of Great Britain, Energy production and ingestion, technological demands and energetic end product of the energy renewal installation and the practical usage in the bing sewerage system.Energy political relations in Great BritainProblems:Dependence: Although Europe and Great Britain is economically and politically really strong power, the state is still really dependent on the resources of other states. Harmonizing to Bundesanstalt fur Geowissenschaften und Rohstoffe and US Department of Energy Great Britain has about no available oil militias within inland. Global scarceness of Resources: Another job is the energy supply in the hereafter. The chart diagram of Ochsner in the Book Geothermal Heat pump shows that the chief natural energy beginnings will be over in the following two centuries. So there must be found other types of power for the following coevalss. Sustainability means the development possibilities should be constricted neither in the present nor in the hereafter. An of import factor for the sustainable handling with the resorts is the proficient advancement. The development of advanced energy usage engineering increases the energy efficiency, extends the usage period of limited beginnings and reduces the environmental pollution. ( Sustainable energy, taking among options, Jefferson W. Tester 2005 )Environment:The firing procedure of gas coal and oil releases different sort of toxic gas in the ambiance. ( e. g. C dioxide, methane, chloroflourocarbons, Ground level ozone and upper atmospheric H2O vapour and azotic oxide ) . These gases cause the nursery consequence and clime alteration. ( Ochsner in the Book Geothermal Heat pump 2007 ) United Nation surveies ( Intergovernmental Panel on Climate Change study February 2007 ) claim that the environmental pollution will do an mean temperature addition in the following 100 old ages f rom 1,5-6A °C. This clime alteration can be a dramatic danger for the whole human sort. Additionally accidents and edifice effects much pollution during the extraction and transit of the stuff.Purpose:Energy is necessary for everybody in normal class of life and for the growing of the economic system in a state. Energy ingestion has to cover with two challenges in the hereafter. Manage the clime alteration by diminishing the C dioxide end product within inland and abroad and guarantee clean, save and inexpensive energy and go independent of the imported energy. ( HM energy, Meeting the energy challenge, a white paper on energy 2007 )Arrengements:The purpose of our energy politic is the security of supply, efficiency and environmental friendliness. The Oil crisis showed that safeguarding of the energy providers is the most of import purpose. A supply warrant can be increased within a variegation of energy resorts and so a variegation of energy provider. The importance of renewable energy beginnings increases because planetary energy demands rise, handiness of fossil fuel, crude oil and gas is limited. Consequently in the long term it is required to replace limited for renewable power. Environmental protection has two demands. First to cut down the scratch of environmental stuff like wood, crude oil, fuel and secondly to cut down fouling emanation like CO2, which occurs by coevals of energy. ( Weltvertragliche Energiesicherheitspolitik, Josef Braml 2008 ) The clime alteration act 2008 has the mark to cut down the emanation of nursery gases of 80 % until 2050 compared with the twelvemonth of 1990. The short term aim of the CCA 2008 is to cut down the CO2 emanation of 26 % until the twelvemonth 2026. In the EU ‘s Renewable Energy Target and the alteration of the Emissions Trading System: Follow-up study is written, that EU has the mark to utilize 20 % renewable energy of the full ingestion in the twelvemonth 2020. Harmonizing to Lord Hunt Commissions suggestion to make 15 % is realistic. The country of West Midlands and of class the industry metropolis Coventry has the duty to do a part to that duty.Development:Department of Business Enterprise and Regulatory Reform wrote in the â€Å" UK Energy in Brief July 2007 † , that from 1980 boulder clay 2004 UK imports of rough oil and crude oil are used to be smaller than the exports. But since 2004 in Great Britain the imports exceeds the exports. So Great Britain becomes more an d more dependent by merchandises from other states. United Nation Framework Convention on Climate Change found out that Britain reduced the emanations the greenhouse-gas emanations between 1990 boulder clay 2007 by about model 18 % . Compared with other states has Great Britain besides Russia and Germany the best betterments worldwide.SummeryTo sum up the energy and environmental political demands, the security of energy supply is an of import factor now and in the hereafter. It is necessary to pursuit variegation scheme refering energy medium and provider. Especially renewable engineering is really good to conserve the energy resources and to cut down the emanations. That engineering can besides avoid large energy monetary value fluctuation in the hereafter.Energy Production and ConsumptionEnergy is in different signifiers in the nature available. It is non possible to utilize all energy signifiers straight. It is a procedure required to reassign the primary energy ( e.g. rough oil, coal, natural gas, U and regenerative energy beginn ings ) in ingestion energy ( e.g. warming, electricity, fuel oil ) . The transmutation and transit causes a batch of energy loss. After the ingestion all the private families loose the energy through the heat dissipation to the exterior, inefficient burning and dissipation of waste H2O. Harmonizing to Elissa Minosi ( Klimapolitische Richtlinien der EU und nationale Umsetzung in Deutschland und Gro?britanien 2009 ) energy production in United Kingdom diminutions and the energy ingestion slopes. Great Britain still depends to 98,7 % on non-renewable energy beginnings of primary energy ingestion. Other energy bearer like biofuels, wind hydro etc. bring forth merely 1.3 % . The statistics show that UK attempts to utilize different sort of renewable energy beginnings but it does n't utilize the heat energy of sewerages.Sketch:The current state of affairs shows that Great Britain has n't reached the energetic marks. Refering to the energy policy purpose to unsure the energy supply and to utilize different primary energy signifiers, we have to acknowledge that UK still depends largely on limited beginnings. The portion of renewable energy is undistinguished. Harmonizing to United Nations Framework Convention on Climate Change Britain improved the nursery gas emanations really good. So they will likely make the aim to cut down the emanations of 26 % until the twelvemonth 2026. But there is still really much to make to cut down the emanations of 80 % till the twelvemonth 2050. All in all there is still need for action and the energy supply has n't changed since the oil crisis for 30 old ages. The energy demands are increasing. The inland energy production go es down. So UK is even more dependent on imports. In the current treatment one suggestion can be found. Is it possible to utilize the heat energy in the sewerage system? Appraisal of blowing Energy in the Sewage System In the beginning we try to happen how much energy use British people for waste H2O and we perchance can utilize. Office of national statics says that about 48,5 1000000s of metric tons of oil equivalent are used for British families in one twelvemonth. The undermentioned graph shows that 11 % of lodging energy is used for hot H2O like shower, dish lavation and bath, what goes about by 100 % to the sewerage system. 48,5mill ten 0.11 = 5.3 factory. So it is estimated that 5.3 factory dozenss of oil are traveling into the British canalisations. In Coventry live about 300 thousand people and in Great Britain live 61 million people. So Coventry wastes about up to 26 000 dozenss of oil for the canalisations.Basic rules of Heat Energy ReclamationDifferent types of utilizing sewerage energyThere are three different types of utilizing the heat energy of waste H2O. In the edifice In the sewerage system before the intervention works In or after the intervention works In the undermentioned strategy advantages and disadvantages of different types of workss are listed. A renewal works in the intervention installation but before the elucidation is a intercrossed installation. The in-house heat renewal is non a portion of the sewerage system, so it is non in this work included. Basically the heat renewal is merely sensible if there is a large sum of waste H2O or high temperatures available. Buildings with immense H2O ingestion for illustration indoor swimming pools, secondary schools and industrial constitutions are appropriate for that usage. In the edifice Advantages comparative high waste H2O temperature really short heat transit distance energy provider is energy consumer independent managing from sewerage system no influence of the rainfall Disadvantages low H2O flow large timed fluctuation riotous content in the waste H2O small works with high attempts In the sewerage system Advantages immense waste H2O sum short and medium heat conveyance distances Disadvantages supervision of the works alteration of waste H2O and pipes conditions In or after the intervention works Advantages no influence to the H2O elucidation immense and changeless H2O sum, so the biggest possible energy supply waste H2O is purified chilling of the H2O, so no influence of the receiver Disadvantages intervention workss are really frequently far from the lodgings, so there is a long heat transportation distance dependence of the sewerage intervention works runing companyFunctionality of a thermic energy utilizing worksA recuperator will be installed in the sewerage channel that. Liquid medium circulates in the heat money changer and takes out a portion of the energy of the waste H2O. The het medium will be transported to the heat pump. The heat pump warms with this energy H2O to a higher temperature, what can be used for heating the lodgings or tape H2O. The cooled liquid goes back to the sewerage channel and the rhythm begins once more. The power energy is important lower than the end product of the pump. This system can be besides used for chilling of edifices. But it is non the chief mark of this work. Components: Heat money changer: Heat money changer is the beginning of the energy usage rhythm. The end product W ( kilowatt ) of the HE is dependent from the surface of the money changer A ( mA? ) , the in-between temperature difference between the money changer stuff and the waste H2O I†T ( K ) and the heat exchange coefficient k. The heat exchange coefficient depends on the opposition, what the heat exchange applies to the flow. So it depends on the money changer type and flow conditions of the medium. Mathematical equation: W=k*A*I†T The affectivity of the money changer can be besides influenced by the fouling factor degree Fahrenheit ( W/ ( mA?*K ) ) . This factor has to be considered, because an organic coat can happen over the clip, which can cut down the affectivity up to 50 % . So it might be required to clean the money changer. Additionally the flow rate or the incline influences the end product of the HE, because large flow rate has a little contact clip between the medium. ( Fouling in heat exchange equipment, Suitor and Pitchard, 1984 ) ( Warmetauscher, Podhorsky Miroslav, 1999 ) Heat Pump: A heat pump consists fundamentally of an evaporator, compressor, capacitor and enlargement valve. The medium with a low furuncle point will be heated in the vaporization measure and the liquid becomes a gas. Hence the medium in the evaporator is in a low force per unit area and the temperature exterior is higher than indoors. The temperature difference causes a heat transportation and the medium evaporates. At the 2nd measure the gas will be sucked and compressed. Compaction increases the temperature to a higher point. The heat pump needs normally electrical runing power, which of class must be lower than the usage energy. In the 3rd measure the medium goes to the capacitor where the medium is circulated with the warming medium. The temperature of the warming medium is lower, so the gas gets cold and liquid once more. The energy in the evaporator plus the captive electric energy from the compressor gets released in to the colder heat H2O. So the energy goes to a intent like room warm ing or tab H2O. And after the condensation the medium has to go through the enlargement valve, the temperature and imperativeness gets same before the evaporator and the rhythm begins once more. There are two different ways to utilize the heat pump in a sewerage system. Monovalent usage means merely the works serve the energy to the lodgings. This is normally used in the geothermic energy, because the temperature of the energy beginning is changeless over the twelvemonth. Bivalent usage means the installation supplies most of the energy but in the coldest yearss added oil or gas warmer supports the heating. This type should be used in sewerages because the temperature fluctuates over the twelvemonth. ( Regenerative Energietechnik, Viktor Vesselak, Thomas Schabbach, 2009 ) Heat conductivities: Heat conductivities connect heat money changer with the heat pump. The conductivities have to be every bit short as possible to maintain the cost force per unit area and heat loss down. Heat pump is a devise, which transfers the heat from low temperature medium with added runing power to a medium with higher temperature. Hence an efficient usage of a heat pump is dependent of the heat pump temperature. Waste H2O has normally a changeless minimal temperature degree over the twelvemonth. Therefore it is a sensible possibility to see about the heat renewal. The waste H2O has besides in the winter, when is the highest heat demand, compared with land H2O or lakes comparatively high temperatures. There are two grounds for the high temperatures in the sewerages. First ground is our H2O we use in the edifices ( e.g. shower, cookery, wash, dish H2O, tab H2O, blushing H2O ) has really high temperature and full waste H2O goes to the sewerages. The waste H2O can be cooled down by the temperature of the sewerage system pipes and the rainwater, which flows into the system. Therefore pipes with pure waste H2O from the edifices are more appropriate for the renewal. In the winter the air temperature can be below 0A °C but merely the melted snow above 0A °C can get into sewerage pipes. Therefore the assorted sewerage H2O ( waste H2O and surface H2O ) has even in the winter really adaptable temperatures. There is a 2nd ground for the high temperatures besides the warm waste H2O. The sewerage pipes are largely built under Earth ‘s surface. In the winter temperature under the surface is higher than the temperature of the air. The temperature under the deepness of 2 metres varies e ven in the winter between 7A °C and 13A °C. For that ground the Earth surface works like heat insularity for the waste H2O. hypertext transfer protocol: //www.bergsicherung-gera.de The sewerage channel transports heat energy and is accordingly an interesting beginning for the energy supply. But the effluent intervention works operators have a demand non to fall below 10A °C and the waste H2O must non chill down more than 0.5 Kelvin. No job will happen, if these two conditions are satisfied. Normally the temperature is even in the winter between 10-15A °C A? ( Schriftenreihe aus dem Institut fur Rohrleitungsbau Oldenburg, Rohrleitungen-Unternehmen im Aufbruch, Band 12 ) The undermentioned image shows a surface of a manhole screen, what the most people have already seen, but seldom person give attending to that fact. The heat energy of the sewerage warms the manhole screen and the snow is melted. I means that the temperature in the channel is at least 0A °CExisting workss in SwitzerlandIn the following chapter some different workss in Switzerland will be introduced to turn out the functionality and profitableness of heat usage works. It seems that Ryser Ingenieure AG is a Swiss cutting-edge company in that concern. Existing workss in Switzerland: Existing workss in Germany Binningen: Since 2001 supplies the Warmeversorgung Binningen AG 61 Buildings with 300 flats with differen use e.g. School, City Council and private lodgings with about 4.800 kW power. Stallion costs for the heat renewal works are 700.000 a‚ ¬ . The chief heat supply comes from the Heat pump with usage of the local sewerage pipe, with the distance of 70 m heat pump from the pipe and two heat power Stationss of BHKW. For peak tonss in really cold yearss or in the instance of a interruption down there are common gas and oil warming boiler available. Vgl. Dietler, M. EBM, 2004 The most of import informations overview: Apartment measure: 300 Energy production: 2.400 MW h/a Power end product heat pump: 380 kilowatt Length: 140 m Width: 0,80 m Area: 110 mA? Power end product heat money changer: 260 kilowatt Heat pump runing factor: 3,2 Specific end product of the heat money changer: 2.4 kW/mA? Sewage type: assorted waste and surface H2O: Flow rate: 200 l/s Cooling in the canal: 0.3 CA ° Ryser Ingenieure AG Heat money changer: The heat money changer consists of about 50 interrelated elements 3 x 0.8 m. The elements have been installed on the floor of the egg shaped channel. The outgoing and return pipes are on the left and right side of the channel installed. Surpassing and return pipes Heat money changer elements Installation: Provisory installed channel for the installing clip Connection between the elements gets installed Heat money changer elements with surpassing and return pipes entree gets installated Vgl.EBM et Al 2002 Service: So far realized analyses result a 3.2 heat pump runing factor. ( Vgl. Dietler, M/EBM, 2002 ) The heat pump supplies in the summer the full energy for the check H2O unto 70 A °C. In the winter linked power boiler supply the check H2O and the heat pump warms the suites in the edifices, because the heat pump works more efficient for lower temperatures than the tab H2O and the temperatures in the sewerages are lower in the winter. Harmonizing to Ryser Ingenieure AG there were merely fringy upsets. It was even no diminution in the power end product, so a elucidation of the heat money changer and heat music director was n't necessary. The sewerage operator had no added attempts for the system. There is no consequence to the map on the channel. The caused temperature difference for the intervention works of 0.3A °C is undistinguished. Zwingen: Since 1999 supplies heat sewerage works 31 lodgings in Muri with energy. Stallion costs for the sewerage heat works is 108.000 a‚ ¬ and 62.000 a‚ ¬ for the heat boiler in the winter. Two heat pumps convert the waste H2O energy in the collection point in a intervention works into heat energy for edifices. A gas boiler supplies energy in the clip with the most demands. Tab H2O energy supply is decentralized in every edifice. The heat pump delivers 75 % of the full heat energy demand over the twelvemonth. The chilling waste H2O in-flow is less than 0.1 A °C The most of import informations overview in Zwingen: Apartment measure: 31 Energy production: 230 MW h/a Power end product heat pump: 64 kilowatt Length: 10 m Width: 1,06 m Area: 10.6 mA? Power end product heat money changer: 52 kilowatt Heat pump runing factor: 4.6 Specific end product of the heat money changer: 4.9 kW/mA? Sewage type: assorted waste and surface H2O: Flow rate: 130 l/s Cooling in the canal: 0.1 CA ° Heat money changer consists of 4 prefabricated elements with 2.5 m length and 1.06 m breadth, so the full length is 10 m. Operation: The pump heats the medium for the floor heating merely to 50A °C. For that ground the pump really efficient. The steps until now result that the heat pump works with the operating factor of 4.6. The applied scientists expected an operating factor of 5 but they could n't make it because of the much soil in the heat money changer. The heat pump operator has some jobs with the regularly looking soil. But the costs for that are undistinguished. It is even possible to spread out the heat money changer and accordingly the end product because of the edifice technique of several elements. Muri: Since 1994 supplies a heat sewerage works 200 flats with energy. The costs for the installation are 2.6 million euro. The competitory energy monetary value is 5.6 Ct/kWh. The costs for the full undertaking are so high, because of the large heat conductivity web and seven heat pumps. Technology: The energy will take from the purified waste H2O in a intervention works and transported through the 3.2 kilometers long hosieries in cold status to 7 different decentralized bivalent warmers. Each warmer has a heat pump to provide the chief portion of the energy supply and an oil boiler for the immense energy demands. This installation supplies the whole energy over the twelvemonth. Overview of the sewerage heat web in Muri Beginning: Ryser Ingenieure AG The most of import informations overview in Muri: Apartment measure: 200 Energy production: 1700 MW h/a Power end product heat pump: 1050 kilowatt Power end product heat money changer: 700 kilowatt Heat pump runing factor: 3.0 Operation: The medium of the heat money changer reaches 6-15 A °C. The works supplies besides in winter energy. The energy will used for heat energy. The maximal temperature of the warming medium gets from 50 to 60 A °C. The heat pumps deliver 66 % of the full warming energy needs the remainder delivers the oil boiler. The works saves 300.000 litres in one twelvemonth and about 750 dozenss CO2 emanations. The Heat money changer will be cleaned twice in one twelvemonth. One cleansing takes half of the twenty-four hours. The pollution of the heat money changer is really rare because the heat supply medium is already clarified. Summary: These illustrations proof that a elucidation works can be installed in already bing sewerage system and it can present immense energy beginnings for 100s of flats. The illustration of Muri shows that a sewerage renewal works is even with really bad conditions profitable and the energy can be transported for stat mis. All the workss have to be maintained but the costs for one or two times in a twelvemonth of the heat money changer elucidation and the chance of failure seem to be fringy. Renewable Energy The illustrations in Switzerland and Germany proof that the heat energy renewal in sewerage pipes work. At the minute there are many different tested and proofed types of renewable energy in usage. All these constitutions produce utile energy for heating and electricity. The undermentioned chapter will depict the most import renewable energy engineering. Wipkingen Basle

Architecture, Political Landscape and Urbanism on West Africa's Slave Research Paper

Architecture, Political Landscape and Urbanism on West Africa's Slave Coast - Research Paper Example This article identifies some landscape features at Savi and Elmina and postulates accompanying social and political significance of the same. According to Norman & Kelly, many landscape features in Africa have been wrongly interpreted as manifestations European military exploits. However, these landscape features represent the politics of those regions, and have nothing to do with military exploits of the west. The Savi region is the capital of the coastal Hueda Kingdom, in Benin. The state and the capital formed an important part of the Atlantic slave trade. Hueda Archaeological Project under the leadership of Kenneth Kelly, has, since 1991, discovered and mapped the form of a ditch-complex. Later on, the project has concentrated on the palace complex (Kelly, Brunache,& Norman 1999, p. 2). The archeological activities sought to elucidate the political order of the time. The town became desolate in 1772 after the conquest of the Dahomeans. Excavations in the Savi area have yielded lo cally made potteries and smoking pipes. The local pipes discovered were more than the imported. However, it is the ditch complex is the most interesting Savi’s archeology. The ditches are as deep as 8 meters and as wide as 30 meters. Archeologists believe that these ditches separated the residencies of the elites and the rest of the town. This has been proven by the discovery of ramp that provided access to the elite residence. There is also the evidence of a gate structure restricting entry to the area. Additionally, the presence of an elevated watchtower made strong the case of social interpretation of the functions of the ditches. Within the elitist areas, there is evidence of more barriers indicating restrictions to some areas within the elite residence itself. In the palace unearthing, there is evidence of divisions separating different sections of the palace. Furthermore, there is evidence to indicate the presence of storied structures prior to the Dahomean conquest. Ce ramics can be used as active objects domain for cultural configuration and transformation at numerous scales of quotidian lives. They can be used to explain some aspects of the cultural conversions that took place because of the engagement of West Africa in the Atlantic trade. Ceramics for the bulk of artifacts revealed at any excavation site. This is because of their resilience and pervasiveness, making them effective tools of deciphering identity. One useful category are the utilitarian ceramics, which archeologists use identify functional categories and internal group relations by observing the stylistic characteristics. Furthermore, landscape features were built by the interrelationship between political, social and religious institutions. The ditch systems in west African created physical barriers and societal boundaries. They created areas of safety and inclusion (Norman & Kelly 100). The ditch system served several purposes among them, to offer protection to the majority of t he settlements, and differentiate between the royal residence and other non-elite dwellings. The massive work required in the making of such complex ditch system also indicates the level of social organization present in those areas. It shows that the king had the power to summon hordes of people to attend to the duties of the kingdom. This also could have been because of the religious organization of the time. Furthermore, apart from being a show of power, it also alludes to the duties of the king in ordering defensive work. To marshal such an amount of work force, the king must have been entrusted with the duty to defend the kingdom. Another insight that results from the observation of the ditch complex is the regional political climate of

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How google has used information systems to develop more competitive new business models - Essay Example Business models will continue to change as they have owing to the dynamic nature of business, however through IT; it is possible to positively affect changes in all the functions of the company. Information systems are used in companies over the world as a supporting function that makes processes more efficient. This has been done so irrespective of the nature of the industry they have been used in. However, with respect to the software industry, there are certain deviations. In addition to being a support function IT tools are also used for the core functions of the company. In spite of this, IT management has not been given the attention it deserves and is still treated as a business enabler function. Hence, it is high time that IT management is seen as a tool that shapes the business model of the company resulting in the topic at hand. Although Google and Microsoft have been considered for this study, it has been done so with respect to their main fields of operation namely the search engine market and that of the operating systems although they have operations in other areas, some of which overlap. The reason behind this is that the characteristics of the market can be matched with that of the company to reveal the strategies of the companies. Thereafter, the company mission, vision and other objectives were studied so as to examine their alignment with the IT strategy of the company. Since this was available through company sources such as websites, annual reports, etc, academic resources were reserved for familiarization with the principles of IT management. Subsequently analysis was carried out on both the companies with respect to Porter’s models. Statistics regarding the industry in which each of the companies operates in proved especially useful in revealing their strategies. Finally, the significance of information systems in developing the business models of the companies was established. Having

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The Mandala in Tibetan Buddhism Research Paper Example | Topics and Well Written Essays - 5000 words

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Cultural Differences and Employee Selection - Assignment Example Sometimes it is so urgent that a position be filled, that a person may win the job by default, or sloppy selection criteria may be applied. A quick fix may ease workload for a while, but it might prove lethal for the business viability itself in the long run. Therefore, a larger attention in the selection process can provide the business with employees who will finally produce the desired results. Processing an applicant for a job normally entails a series of steps, which are determined by the size of the organization, the types of jobs to be filled or the number of people to be hired. The selection stage should be backed up by an effective recruitment process, which greatly depends on job analysis and job description. Job analysis is a process to identify and determine in detail the particular job duties and requirements and the relative importance of these duties for a given job. Common American work styles are used everywhere. Work and the ways to succeed vary tremendously from culture to culture. Mainstream Americans value speed but some Native Americans value thoughtful analysis so much that they hold back the answer so as not to appear rash. Manual work is looked down upon in India; so many office jobs are created to satisfy the need for status. Japanese workers cooperate within their han (work unit), but the hans compete with each other. Different selection procedures are needed for the different work styles. Cultural patterns significantly influence both individual behaviour and the organizational environment. Culture can be defined as the value systems or modes of behaviour to which people in a given geographical area subscribe. Thus, by definition, country boundaries would offer the clearest example of cultural differentiation. The individual behavioural patterns and the organizational environment found in Japan are quite different than in the United States. The Japanese system, which is an outgrowth of feudalism that characterized Japan in the early 1900s, supports the welfare concept and yields a paternalistic type of management that has proved to be successful among Japanese firms. The depression of the early 1930s in the United States reduced employee perceptions of identity of interests between non-managers and managers, and made paternalistic management practices suspect. Additionally the competitive education system and the values traditionally taught American children by their parents for achievement and recognition have made it difficult for paternalistic patterns of management to work well in the United States. This fact is particularly true in professional work environments because the employees who staff these types of organizations are an outgrowth of systems where competitiveness, recognition, and individuality have been commonplace. Sub-cultural differences within any given set of country boundaries

Streetcar Named Desire and The Wasp Factory Essay Example for Free

Streetcar Named Desire and The Wasp Factory Essay Disturbing behavior is clearly shown throughout both The Wasp Factory and A Streetcar Named Desire with representations of how the outside world effects and distorts the human mind through characters Blanche, Stella and Stanley in A Streetcar†¦ and Frank, Eric and their father in The Wasp Factory. I aim to explore and compare the two depictions of the disturbed mind by finding similar themes within the play and the book, such as obsession, alcoholism and the ultimate disconnection with reality. Blanches disconnection with reality in A Streetcar Named Desire is foreshadowed multiple times throughout the play with her statement â€Å"I ought to go up there on a rocket ship and never come down† and the general disjointment of her speech which is a metaphor for her instability. This foreshadowing results in Blanche eventually losing her sanity resulting in forced admittance to a mental asylum similar to Williams’ sister Rose who was also mentally unstable. Compared to in The Wasp Factory Frank’s disconnection with reality is clear within first few pages of the book when he claims to have predicted the future by means of an unknown factory â€Å"I already knew something was going to happen; the factory told me†. We later find out that this factory Frank speaks of is a contraption he has made resulting in a wasp’s gruesome death and a vague ‘futuristic prediction’ that Frank twists into becoming reality. An example of this would be when the factory predicts fire, Frank is attacked by a rogue male rabbit and breaks one of his many beloved inanimate objects – his slingshot The Black Destroyer – which results in him blowing the entire Rabbit grounds into heaps of smoke and mud. This shows Frank’s ability to mold his own reality an ability of which Blanche from a A Streetcar†¦ also possesses when she I s seen talking to herself at the beginning of chapter ten â€Å"how about taking a swim, a moonlight swim at the old rock-quarry?† she says the herself whilst placing a rhinestone tiara on her head. Although Blanche seems more aware of her ability to pretend and disconnect with reality she undoubtedly share this trait with Frank (The Wasp Factory). Although both characters have clearly disconnected with the reality they both do it in very unlike ways.  Blanche is lost and fragile due to the unfortunate suicide of her late husband which links to Williamsâ €™ personal experiences as in the suicide of his own lover. Likeminded Randolph Goodman feels that the play can thus be read as an allegorical representation of the authors view of the world he lives in. The second count of disturbing behavior linking both The Wasp Factory and A Streetcar Named Desire is the forbidden sexual connection between Blanche and Stanley and the disturbed near sexual gratification Frank achieves from death and destruction. During scene two of A Streetcar†¦ Stanley pillages through Blanche’s trunk while she is bathing, â€Å"he hurls the furs to the daybed. Then he jerks open a small drawer in the trunk and pulls up a fistful of costume jewelry† this shows Stanley’s disregard for Blanche and her things and foreshadows a later invasion of privacy and violent act that is Blanche’s rape. Constance Drake, in Blanche Dubois: A Re-Evaluation, finds Williams â€Å"presenting the pessimistic view of modern man destroying the tender aspects of love†. However Blanche and Stanley have spirts of flirtation throughout the play signifying that perhaps there was more to the buildup of the rape then just an act of hatred and violence. As Stanley is constantly portrayed as animalistic Blanche picks up on this when she says â€Å"a little on the primitive side I should think. To interest you a women would have to† to which Stanley retorts slowly â€Å"layher cards on the table†. This behavior is disturbing as Blanche is Stanley’s sister in law and neither of them seems to have any regard for Stella excluding when they both of them are ordering her around. As opposed to in The Wasp Factory Frank’s ‘disability’ disables him from receiving sexual satisfaction so alternatively he seeks it out and finds pleasure in death and destruction for example when he destroys the rabbit grounds he mentions â€Å"The catapult was avenged, the buck†¦soiled and degraded, taught a hard lesson and it felt good†. Contrasting to previous an unnamed critic countries â€Å"Frank is fixated on fate and although he unwittingly controls it he is infatuated with the act of playing God†¦Ã¢â‚¬  this critics outlines franks disturbed and almost sexual pleasure he gets from having control over the lives of other beings. Similarly in both texts characters find disturbing pleasure in things that they shouldn’t such as rape (Stanley) and Dea th (Frank) these fit  contextually to the mass amount of murder in the 1980s around Scotland and the power given to men during the 1940s. In conclusion disturbing behavior is clearly apparent in both texts with clear contextual links and apparent similar themes displaying such behavior. I believe both texts are the result of a disturbed mind or at least the viewing of one with Williams’ mentally ill sister and alcoholic father and Banks’ desperation to get one of his book published. The themes of alcoholism, obsession and dependency run deep throughout both texts.

Innovations of Nokia Technology

Innovations of Nokia Technology EXECUTIVE SUMMARY The technology in the world is highly rapid rated and just business who might adjust to quick changes in the electronic market can struggle. Technology is perpetually developing. Different companies to present opinion with more innovative products. The customers are given information about the market. They may simply from one company to another company. The challenging is so difficult amongst companies. INTRODUCTION This assignment will explain about Nokia company. Besides it will illustrate innovations of Nokia, analysis of company and marketing strategy of Nokia. Moreover it also will say recommendations about Nokia company and value chain analysis of Nokia company. Today , in the world which has high technology, many people see innovations as an area of their daily life. Innovations such as mobile phones are expedient and carriable and it is selled in a mixture design, shape and colour with unlike functions. Nokia is becoming the directing brand in the mobile phone market have with success enlarged their electronic market by succeeding more than 1,6 billion mobile phone definitions through the world. They help carry out a main human need for social contact with Nokias duty to contact people. Nokia constructed bridge amongst people as they are quitre apart. Nokia is the world director in the mobile telecommunication. Nokia began the external market in 2000. they made a rise their sales with technology of networks and products. They centre on individualised communication technology. Nokia innovated technology to let people to access internet applications ,tools and services instantly.they take care the problem that the person said them , build up the networks system more for wide.so they may enlarge quicker than other industry on electronic market. HISTORY OF Nokia History of Nokia begins in 1895, as engineer Fredrik Idestam founded a wood pulp mill in southern Finland and began manufacturing paper. Because of European industrial enterprise and the development using up of paper and card board Nokia soon become productive. In 1895 Fredrik Idestam handed over the reins of the company to his son in law Gustaf Fogelholm.( http://www.about-Nokia.com/history/)The products of Nokia were sold aboard first to Russia after that to the france and uk. The factory of Nokia appealed an imperative workforce and a small residential area developed around it. A community called Nokia still exists on the riverbank of Emakoski in southern Ireland. The hydroelectricity which the woodpulp mill used appealed the Finnish Rubber Works to found a factory in Nokia. The Finnish Rubber Works purchased the majority of the Finnish Cable Works shares after world war II. The companies were merged to form the Nokia Group.( http://www.about-Nokia.com/history/). When the Nokia gr oup was organised, the sales of Nokia group as 3 percent was produced and the Nokia electronics supplied job for so many people. Processes of Nokia quickly enlarged to different business areas and products throughout the 1980s. the plan was to make it large quickly in all their business areas. Nokia was an important television manufacturer and in the Nordic countries in 1988.(http://www.about-Nokia.com/history/). Nokia launched its first 3G phone which is called Nokia 6650. Today Nokia is a leader of the world in digital technology such as mobile phones, wireless data solutions, multimedia terminals. Success of Nokia is reposed on stable innovation. Human technology of Nokia is about increasing communication and searching new ways to interchange knowledge. INNOVATIONS OF Nokia TECHNOLOGY Companies in each business area innovate products. There are competitive situation amongst companies. It creates competitive advantage. Companies are trying to get the better of this in an industry. It can be seen in the mobile phone market. Nokia has been leader of this market recently. But , Nokia has so many rivals such as Samsung , sony. The products which is innovated are accepted as an advantage and companies might increase the products life cycle. It is as a product is decaying and is being resuscitated. Nokia still holds the largest share of the mobile phone market, but its sales and profits are stagnant while those of rival Samsung electronics of korea are zooming(daft,2007) Many organizations would like to keep their situation of director as business mostly assume the approach as being better to direct than adopt. For companies to direct, they should find any such competition and evaluate its furiousness and deflect getting left back. An abstract from the journal Innovation Implementation: Overcoming the challenge by Katherine Klien and Andrew Knight has stated thatâ€Å"In changing work environments, innovation is imperative. Yet, many teams and organizations fail to realise the expected benefits of innovations that they adopt. A key reason is not innovation failure but implementation failure-the failure to gain targeted employees skilled, consistent, and committed use of the innovation in question. According to this adjustment from the journal, it has been discussed that some companies who innovate and extend a brand too far and in the long run could fall short. This is thought as troubled innovation. These kind of innovations can be seen in Nokia. Companies think that product innovation is a crucial effect. That is why they try to manage it successfully. Innovation is complicated and companies are aided to make it simpler to get by crushing it in to parts on a sample. There are so many innovations in Nokia technology. I would like to talk about Nokia 67 00 classic. It is a new innovation. Nokia has always brought off to plus bread and butter phones to their line up. This innovation might be used by both business and casual people. Nokia was likely the first one to establish mobile phones having bluetooth including color display with the 6230i and 6310i. the next one is the Nokia 6300 classic which is similar to the other ones. But it is little bit better by developing. The trusted candy bar design had a flush keypad and smooth flowing lines. The hand set is designed such that it weights only 116g and also has a much improved battery life of around 5 hours talktime along with the standby time of around 300 hours. This feature is certainly considered far better as compared to its older version which is called 6300.( http://www.articleblast.com/Reviews/Products/Nokia_6700_classic_-_a_new_innovation/) the menu for this mobile phone is so self generated. Person does not need to get an direction book. Because this phone has got 5 way navigation system. Nokia established the new innovation which is 6700. it is described as GSM quad band handset which is enabled with 3G system. Because of that people can send and receive data to another people. Ä °t is fitted out with a 5 megapiksel camera. Ä °t can be took quality photos and videos. Ä °t has autofocus lens, flash models and LED flashand a committed 4X digital zoom power. Normally some mobile phones Has got limitations. But , this phone does not have any limitations. Ä °t is increased its capacity of memory to 8 GB as micro SD chip. This is helpful for people. Because one wants to save photos and videos person can store them without influencing the normal function of phone. Ä °t is an usual multimedia player with RDS FM radio that can be played some latest songs and music. VALUE CHAIN ANALYSIS Value chain become a known managements strong analysis tool for strategic planning. Kotelnikov (2001) defined value chain as a high-level model of how businesses receive raw materials as input, add value to the raw materials through various processes, and sell finished products to customers. Value chain is a crucial tool to business improvement because it adopted the opinion that according to Kotelnikov (2001) â€Å"success in digital economy is the implementation of an integrated value chain that extends across and beyond the enterprise† The bigeminal value chain people who take part in company such as managers, customers workers should hand over value and endeavour for a common purpose. Nokia is being a leader of mobile communications technology. Nokia must carry out value chain as a function and a crucial tool in corporate strategy of Nokia. The purpose of Nokia to labour development and sustainability of the wide mobility industry. Ä °t endeavours to reach people via innovative and user friendly mobile phones, tools and solutions for imagination. Forms and styles in an invariably developing product such as mobile phones are so important for Nokia. Being in front of its competitors and informed with the charging needs of Nokias customers is hold Nokia in front of mobile industry. Changes in the international business view can affect the value chain of Nokia during the next 5 years. This is so because of comfoming to charge and making essential allotment for it is crucial for Nokia. Ä °t can be thought as matter as well value chain is not include consisted of the individual business just. Ä °t also concerns to the supply chains and distribution works. SWOT ANALYSIS Strengths and oppurtunities The strengths of Nokia are scarcely for or few between Nokia company have been the company which win the european quality awards. The opportunities in Nokia are interminable as a environmental leader. The Nokia has the advantage of benefits of innovations, particularly in the handset market. They presently control of so many of the handset market. Nokia is nearly twice that of Motorola. Consequently Nokia brought in the superlative differences in the mobile phone industry. Nokia showed new ventures adn improvement. Nokias two top competitors are Motorola and Ericsson. All three companies offer cellular phones that are technically similar. Further more, indicated that brand equity is represented by customers recognition of consistent quality, satisfactory physical attributes of the product, and other emotional satisfiers. (Duffy, J. 2000) Moreover , Nokia has so powerful marque acknowledgement. Nokia mobile phones have qualifications more than only methods of speaking such as a fashion situaton. This was an answer of consumer satisfaction. Nokia realised that the mobile phones which look smart could be more effective for people than its techniqual qualifications outside the peoples care of dependability and good serving. Thus , the mobile phones of Nokia has become popular. Ä °t made them reliable brand. Consumers are searching mobile phones because of its name. This authority has resulted it to rise its popularity. Consequently , the organizations expect to get this advantage and go on to improve productive and clever processes of mobile technology. Especially they expect to get an advance from the improvement of their new technology of phones which continue the 3G technologies. Weakness and threats Ä °n spite of Nokia goes on to control in the mobile phone market, Nokia should be cognisant of the rising challenge in an industry. Which is tightly bordering on a developed market. The yearly sales of mobile phones is decreasing substantially. The challenge had risen to deal with this developed market. Nokia must keep on top of this challenge particularly when the japanese companies attempt getting the direct on the improvement of the next generation phones. Organisational structure of Nokia Nokias organizational structure is pliable and variable, uncessantly boosting innovation and organised improvement.organizational plans of Nokia alter as rapid as the mobile phone industry alters. In the mobile phone industry, a flexible organizational structure is crucial because the designs appropriate for business development change as quickly as the business itself. Nokia said that operations outsourcing would be instrumental in helping operators achieve further operations expenditure savings and move away from day-to-day operations of their networks and focus on serving their customers. (Nordic Business Report, Feb 20 2004) Nokia Ventures Organization (NVO) launched in 1998 is a good sample of Nokias pliable organizational structure. NVO was founded to test and improve emergent opinions that had the potential to produce great amounts of revenue. NVO searches many business opportunities and incorporates the feasible ones into Nokias operating business. Over the past 15 years, Nokia has exited from many businesses which did not fit into its overall plans. For Nokia, organizational abilities means that having the skill to have people jointly capable of working together in a quickly changing environment by improving a new product and taking it to market. It also implies, having the people in the organization able to work together in an attempt to innovate, to reply to consumer needs, to see the value suggestion and to decently carry out the organizations strategy. Nokia has a powerful dominant culture, and the pronounced orientation for a decisional or power base which greatly gravitates around the dominant Finn culture. Deployment of Nokia ability in various wireless domains is the hallmark of Nokias present strategy. RECOMMENDATIONS It should protect itself threats from its rivals It should be ready quick change in the market which can be reason increasing of costs, quick obsolescence of mobile phones, new standards and rules A new focus in customer segment should be required to keep its market leadership. It should challenge from coming out rivals and as overcapitalized market. It needed businesses and applications improvers to hedge commitments to Nokia platforms due to stiff competition faced outside its dominant market. It faces market impregnation in the industry causing new endorsers to go down and sales improvement to worsen Share Data http://www.Nokia.com/about-Nokia/financials/key-data/graphs Conclusion To sum up, The Nokia company examined in this assignment comprises the modern pliable global organization that by technological innovation and attractive design appeal moves fleetly via the booming wireless telecommunication market. The company is a director in the mobile phone business in the consumer products and one of the main players in the business networks units as well. When it comes to delivering product design innovations to mobile device users, Nokia is the company against which all others are judged.(lindholm,keinonen, 2003). It innovates the best technology and plays important role in improving a new standard for communications to the future. With sales growth and the market size and potential in the future showing no signs of dropping, Nokia is in a large place to successfully improve and keep its controller position. Some dangers could become from the rising challenge but Nokias research and powerful brand recognition because of its design will sustain the company in t he spotlight for a long time.

My Childhood Autumns in a Nutshell. . . or an Apple :: Essays Papers

My Childhood Autumns in a Nutshell. . . or an Apple As a native Vermonter, I have spent every autumn driving out of Burlington and into the rust and golden mountains of Stowe to admire the foliage and to take advantage of nearby orchards. I have visited probably every orchard, mill, factory and farm over my lifetime. Through these excursions, freshly made apple cider, warm cider doughnuts, cool, crunchy apples picked right off the branch, and the smell of these apples have all become imbedded into my memories of my childhood here in Vermont. Despite all of my experience with Vermont apples and their by-products, I have never taken the time to really get to know the fruit. There are so many varieties of apples, and although I’ve most likely eaten them all, I could only surely identify one: the Granny Smith. I feel that, as a Vermonter, telling one apple from another is something that I should be able to do. As this passing autumn will be my last consecutive one in Vermont before college, I made it my duty to learn about one of my home state’s largest exports, and set of in search of the best Vermont apple. I figured that before I began tasting apples, I should first have a list of ideal apple qualities to measure my candidates against. My criteria for being considered a good apple: not too sweet but also not too tart, juicy, but not so juicy that it’s embarrassing to bite into it in front of others, not yellow on the inside, no brown spots or bitter bit, not so soft that your bite extends down into the seeds and core, but also not so hard that it hurts your gums to bite into it. A good apple is not mushy or bruised, it has a stem, it’s nicely shaped, and it’s not small- it’s a nice big apple, but not so big it makes you sick to eat the whole thing. A good apple must be flavorful, have a nice aroma, and, very importantly, be crunchy enough that it makes a crisp sound when you bite into it. Also, a perfect apple must be very round, not tall and oval shaped with four big humps on the bottom. I don’t like this kind. I figured that the best place to buy the freshest apples would be at a co-op, so I went to the City Market in Burlington and bought a bag of Vermont apples grown at a local orchard.

China’s Nuclear Program :: Asian Studies Foreign Policy

China’s Nuclear Program Introduction China's nuclear weapons program has always been unique among the programs of the five official nuclear weapons states recognized by the Nuclear Non-Proliferation Treaty. For a variety of economic, political, and cultural reasons, the Chinese program has had a very different trajectory of development, with different objectives, than those of the other major powers' nuclear weapons and missile programs. China's nuclear and ballistic missile programs are and have historically been based on the objective of maintaining a level of nuclear deterrence just great enough to preclude any threats by the nuclear "super" powers. By concentrating on building and maintaining a minimum level of effective deterrence, China can ensure its security while concentrating the maximum amount of its available resources on much more pressing issues, such as economic development. As a developing country, China did not and does not have the resources to compete as a "third superpower" in the Cold War world. The Chinese, who for many of the years before 1978 could hardly afford to feed their own people, simply could not afford to spend huge sums of money in a costly arms race which they were almost certain to lose. Limited deterrence offered the most efficient solution - just enough capability to reap the security benefits of deterrence while avoiding the costs of producing, maintaining and storing huge s tockpiles of nuclear weapons. Why nuclear? The Chinese have always been afraid of invasion of their territory - one of the first projects of the Emperor Qin Shi Huang Di, the first ruler of a united China, was the construction of a vast Great Wall to keep out nomadic barbarian raiders from Inner Asia...in 200 BC. As a rich agrarian empire, and the most populous nation in the world, China has presented a rich target for outsiders for thousands of years, from the Xiongnu of Christ's time to Genghis Khan, to Western imperialists and Japanese warlords. The Chinese Communist leadership which came to power in 1949 after a lengthy and bloody civil war grew up during a very tumultuous period in Chinese history. They witnessed the decline of Chinese power within Asia and over its own territory, the fall of the imperial government which had governed China on and off for more than 2000 years, and the encroaching western imperialist powers who began to declare "spheres of influence" through the "unequal treaties" system.

Mystical Motifs in Woolf’s Mrs. Dalloway Essay -- Virginia Woolf Mrs.

Mystical Motifs in Woolf’s Mrs. Dalloway The scholarship surrounding Woolf’s mysticism by and large focuses on a psychoanalytical approach. While this paper will somewhat attempt to move away from a psychoanalytical methodology, it is valuable to examine the existing scholarship and the departures from this approach. Within this theoretical structure, the critical discussion further breaks down into two separate, though not incompatible, groups: those who see Woolf’s use of mysticism as a feminist statement and those who see Woolf as a mystic. I contend that both perspectives are valid and are inherent in Woolf’s application of mystical motifs, particularly in Mrs. Dalloway. Val Gough in his article â€Å"With Some Irony in Her Interrogation: Woolf’s Ironic Mysticism† makes an argument for Woolf’s ironic use of mysticism in her works as a feminist statement. Through various syntactical subtleties, Gough points out areas in Woolf’s work where â€Å"the mystic quest for truth [is portrayed] in a subtly skeptical manner† (Gough 86). Gough extends her use of irony to examine how it serves â€Å"to de-naturalize the relationship between text and reader, to make it overtly complex and problematic† (88). He contends that irony, in operating between the reader and the text, serves to break down, to some extent, the â€Å"stability of the sign and of supposed ‘absolute’ truth† (88). Ultimately, he concludes that â€Å"Woolf’s ironic mysticism†¦necessarily involves a feminist challenging of rigid structures of phallic (and imperialist) power, thus making it a mysticism of subversive, politically critical, feminist irony† (89). Gough’s particular approach is interesting because it contends that an ironic mysticism is inherently politicized and specifica... ...ulie. â€Å"Varieties of Mystical Experience in the Writings of Virginia Woolf.† Twentieth Century Literature Vol 41 Iss 4 (1995): 328-349. Minow-Pinsky, Makiko. â€Å"‘How then does light return to the world after the eclipse of the sun? Miraculously, fraily†: A Psychoanalytic Interpretation of Woolf’s Mysticism.† Virginia Woolf and the Arts. Pace University Press: New York 1997. Moore, Madeline. The Short Season Between Two Silences: The Mystical and the Political in the Novels of Virginia Woolf. Allen & Unwin: Winchester, Mass 1984. Rachman, Shalom. â€Å"Clarissa’s Attic: Virginia Woolf’s Mrs. Dalloway Reconsidered.† Twentieth Century Literature Vol 18 Issue 1 (1972): 3-18 Smith, Susan Bennett. â€Å"Reinventing Grief Work: Virginia Woolf’s Feminist Representations of Mourning in Mrs. Dalloway and To The Lighthouse.† Twentieth Century Literature Vol 41 Iss 4 (1995): 310-327