Dulce Et Decorum Est Essays - Dulce Et Decorum Est, Wilfred Owen

Dulce et Decorum Est Based on the Poem "Dulce et Decorum Est" by Wilfred Owens The poem is one of the most powerful ways to convey an idea or opinion. Through vivid imagery and compelling metaphors, the poem gives the reader the exact feeling the author wanted. The poem "Dulce et Decorum Est," an anti-war poem by Wilfred Owen, makes great use of these devices. This poem is very effective because of its excellent manipulation of the mechanical and emotional parts of poetry. Owen's use of exact diction and vivid figurative language emphasizes his point, showing that war is terrible and devastating. Furthermore, the utilization of extremely graphic imagery adds even more to his argument. Through the effective use of all three of these tools, this poem conveys a strong meaning and persuasive argument. The poem's use of excellent diction helps to more clearly define what the author is saying. Words like "guttering", "choking", and "drowning" not only show how the man is suffering, but that he is in terrible pain that no human being should endure. Other words like writhing and froth-corrupted say precisely how the man is being tormented. Moreover, the phrase "blood shod" shows how the troops have been on their feet for days, never resting. Also, the fact that the gassed man was "flung" into the wagon reveals the urgency and occupation with fighting. The only thing they can do is toss him into a wagon. The fact one word can add to the meaning so much shows how the diction of this poem adds greatly to its effectiveness. Likewise, the use of figurative language in this poem also helps to emphasize the points that are being made. As Perrine says, people use metaphors because they say "...what we want to say more vividly and forcefully..." Owen capitalizes greatly on this by using strong metaphors and similes. Right off in the first line, he describes the troops as being "like old beggars under sacks." This not only says that they are tired, but that they are so tired they have been brought down to the level of beggars who have not slept in a bed for weeks on end. Owen also compares the victim's face to the devil, seeming corrupted and baneful. A metaphor even more effective is one that compares "...vile, incurable sores..." with the memories of the troops. It not only tells the reader how the troops will never forget the experience, but also how they are frightening tales, ones that will the troops will never be able to tell without remembering the extremely painful experience. These comparisons illustrate the point so vividly that they increase the effectiveness of the poem. The most important means of developing the effectiveness of the poem is the graphic imagery. They evoke such emotions so as to cause people to become sick. The images can draw such pictures that no other poetic means can, such as in line twenty-two: "Come gargling from the froth corrupted lungs." This can be disturbing to think about. It shows troops being brutally slaughtered very vividly, evoking images in the reader's mind. In the beginning of the poem the troops were portrayed as "drunk with fatigue." With this you can almost imagine large numbers of people dragging their boots through the mud, tripping over their own shadow. Later in the poem when the gas was dropped, it painted a psychological image that would disturb the mind. The troops were torn out of their nightmarish walk and surrounded by gas bombs. How everyone, in "an ecstasy of fumbling" was forced to run out into the mist, unaware of their fate. Anyone wanting to fight in a war would become nervous at the image of himself running out into a blood bath. The graphic images displayed here are profoundly affecting and can never be forgotten. The poem ties it all together in the last few lines. In Latin, the phrase "Dulce et decorum est pro partria mori" means: "It is sweet and becoming to die for one's country." Owen calls this a lie by using good diction, vivid comparisons, and graphic images to have the reader feel disgusted at what war is capable of. This poem is

Blood Bank Essays

Blood Bank Essays Blood Bank Essay Blood Bank Essay save the whole blood. These three materials used amount of 63 cm ? full unit of blood is added about 400-450 cm ? of whole blood by withdrawing blood from the donor. Where that blood saves temperatures of 2-6 degrees Celsius private refrigerators to save the blood. 4 SAG-M material or substance ADSOL: used to save the concentrated red blood cells for a period of 42 days degrees cooler than 2-6 degrees Celsius. This method using a 100 cm ? the sag-m or ADSOL be present unit separate from the whole blood units and connected pipe tight and sterile. As the blood drawn from the donor and mixes textured CPD usual and after by the apartheid regime through centrifugal force refrigerated centrifugation separates blood plasma to the unit empty neighboring unit blood then keep red blood cells concentrated alone which are added directly 100 cm ? of the foregoing adsol / sag-m to keep red blood cells to centralize for a period of 42 days. 5 Article Djileerool glycerol: Reservation concentrated red blood cells for a period of 15 years or more and under cooler from 65 to 200 degrees Celsius below zero. This modern way used to freeze red blood cells concentrated from rare species or negative and is dissolving blood frozen after that when usage and the need for washing cells red, textured saline-glucose solution to remove material Djileerool of blood and then later used these red blood cells to patients. The means of blood plasma and sludge near, it is frozen in freezers less degree cold out to about 30 to 35 degrees below zero and one year AD full, but platelets, they kept for five days in a continuous motion to prevent damage, and the degree of conservation of 20-22 degrees Celsius. Types of Blood Transfusion Blood Transfusion: Full blood transfusion whole blood: The simplest kinds of transport where blood is taken from the donor and kept in the fridge at a temperature close to almost 8 degrees. Which is used during times of emergency, But loses its anti-bleeding elements. Transfer plasma: As we know consists of blood red blood cells + plasma If red blood cells transport oxygen. The tasks of the plasma containing elements prevent blood clots. And thus will be useful for many patients and gives better results and faster as patients liver. As well as a pint of pure plasma is easier on the body of a mixed-liter of whole blood. Transfer platelets: It is relatively more expensive and needs modern major hospitals. Or be separated manually through lab technician but needs a sterile room at 100%, which may be difficult to get it continuously. The mean platelet extract only from the donor and returned the rest of the blood plasma + erythrocytes donated to the same moment. It is suitable for patients who suffer from a shortage of blood platelets, which help heal wounds. Refrigerators Blood Bank: You will find two types of refrigerators: refrigerators for keeping blood bags full whole blood: And often have gate transparent glass shelves. Each rack of a particular department or certain species. There is, for example, a special rack Balveselh A-or there is a special rack, Department of Orthopedic.. Each section has a share of the blood bags. There is a special rack emergency. Wharf special surplus given any section. Refrigerator temperature appears on a small digital screen. In addition, the average temperature of 8 degrees Celsius. 2 refrigerators to save plasma bags: temperature of about 43 below zero .. Because plasma contain elements prevent icing and prevent bleeding and proteins need to lower temperatures to save Blood transfusion bags: Per bag hose blogger called tube, Recorded in the book Blood Bank. As an example: No. This bag is hose 123456a .. And on each paper bag writable. Adzun name of the donor and the name of the patient and taking blood and blood. Daily and periodically examine the contents of refrigerators of blood bags and review its date. In the event of termination validity blood bag is left out of order execution .. Blood bags execution: Be executed get rid of blood in two cases. Either analyzes showed that the donor patient in one of the viruses hepatitis or AIDS or syphalis Or expiration blood. Collect the bags to be culled in environmental bags red. And closes tightly car to take them medical waste to get rid of them safely through the burning in special containers .. Books of blood transfusion: All data is recorded books, Name of the donor, blood type and result of the analysis and the compatibility and tube. When asked for any blood bag section. The technician or doctor reviewed the book and the contents of the fridge and writes a receipt or revenue blood bag, such as banks completely

Neutrino - definition of a neutrino

Neutrino - definition of a neutrino Definition: The neutrino is an elementary particle which holds no electrical charge, travels at nearly the speed of light, and passes through ordinary matter with virtually no interaction. Neutrinos are created as part of radioactive decay. This decay was observed in 1896 by Henri Bacquerel, when he noted that certain atoms seem to emit electrons (a process known as beta decay). In 1930, Wolfgang Pauli proposed an explanation for where these electrons could have come from without violating conservation laws, but it involved the presence of a very light, uncharged particle emitted simultaneously during the decay. Neutrinos are produced through radioactive interactions, such as solar fusion, supernovae, radioactive decay, and when cosmic rays collide with the Earths atmosphere. It was Enrico Fermi who developed a more complete theory of neutrino interactions and who coined the term neutrino for these particles. A group of researchers discovered the neutrino in 1956, a finding which later earned them the 1995 Nobel Prize in Physics. There are actually three types of neutrino: electron neutrino, muon neutrino, and tau neutrino. These names come from the their partner particle under the Standard Model of particle physics. The muon neutrino was discovered in 1962 (and earned a Nobel Prize in 1988, 7 years before the earlier discovery of the electron neutrino earned one.) Early predictions indicated that the neutrino may have had no mass, but later examinations have indicated that it has a very small amount of mass, but not zero mass. The neutrino has a half-integer spin, so it is a fermion. It is an electronically neutral lepton, so it interacts through neither the strong nor electromagnetic forces, but only through the weak interaction. Pronunciation: new-tree-no Also Known As: Electron NeutrinoMuon NeutrinoTau Neutrino