1. 急需一篇高中水平的英語作文叫《我敬仰的科學家》
Thomas Edison lived from 1847 to 1931; he is most famous for inventing the light bulb. Benjamin Franklin lived from 1706 to 1790, and he is credited with discovering electricity.
Both men were inventors, and both were born in the United States. As children, both Franklin and Edison had limited schooling.
Both inventors are said to have self-taught themselves mostly through their love of reading.
Franklin and Edison were both interested in electricity, and I think they would have had a lot to talk about if they had ever met face-to-face.
They were different too though. They lived in very different times. While Benjamin Franklin discovered electricity. Edison『 inventions and discoveries all required electrical currents: light bulbs, microphones, phonographs, fluoroscopes, etc.
2. 我最崇拜的科學家。 為話題寫一篇英語演講稿
There are many scientists in the world, but I most admire only one, that is Edison.
愛迪生為人們發明了不可計數的、好的、有用的東西。他發明了一樣極其有用的，甚至是改變全世界的物品。沒有它，全世界都將進入黑暗的世界。它就是世界之光----電燈。
Edison invented can not count, good, useful things for the people. He invented one very useful, or even change the world of goods. Without it, the whole world will enter the world of darkness. It is the light of the world - lamp.
愛迪生發明電燈的起因是很偶然的。有一天晚上，他媽媽得了急性闌尾炎，爸爸請來了醫生。醫生診斷後說要馬上手術，並同意在家裡開刀。但光線太暗了，愛迪生說：「要不多點幾盞油燈？」醫生說：「不行，油飄到肚子里就麻煩了。」愛迪生想了想，就叫很多小夥伴拿著鏡子來到他家。在屋外點上油燈，然後用鏡子把光反射進房屋。屋裡頓時明亮起來，手術進行的很成功。之後，愛迪生就開始琢磨發明電燈，當他用了一百種材料時，有人開始取笑他，說：「愛迪生，你都失敗一百次了，也該好好休息了，放棄吧。」愛迪生卻說：「這位大哥，我不是失敗了一百次，而是成功了一百次，因為我知道了這一百種材料都不能做電燈了。」慢慢的在愛迪生實驗了六千多種材料後，終於成功了。
Cause Edison inventing the light bulb was quite accidental. One night, his mother got acute appendicitis, dad called a doctor. The doctor diagnosed after said to immediately operation, and agreed to operate at home. But the light is too dark, Edison said: "or more a few lamp?" The doctor said: "no, the oil drift to the stomach trouble." Edison wanted to think, so many small partner holding a mirror to his home. The oil lamp outside point, then use a mirror to reflect light into the house. The house suddenly bright, the operation was a success. Later, Edison began to wonder when he invented the electric light, with one hundred kinds of material, some people began to make fun of him, said: "Edison, you have failed one hundred times, but also the rest, give it up." Edison said: "the eldest brother, I'm not failed one hundred times, but the successful one hundred times, because I know these one hundred kinds of materials are not to make a light bulb." Slowly in the Edison experiment more than six thousand kinds of materials, finally succeeded.
當然，愛迪生的發明遠遠不止這些，還有許多許多…………當知道這些時，我相信，你也會敬佩他的。
Of course, the invention of Edison far more than these, there are many many............ When I know that these,, you will admire his.
關於愛迪生的
3. 求一篇一百多字的英文論述我最敬佩的科學家
Albert Einstein
Albert Einstein was a German physicist. He is best-known for his Special and General Theories of Relativity, but contributed in other areas of physics. He became famous for his explanation of the photoelectric effect (for which he received the Nobel Prize) and was also a pioneer of quantum mechanics.
In one of his book, he wrote:"I am enough of an artist to draw freely upon my imagination. Imagination is more important than knowledge. For knowledge is limited, whereas imagination embraces the entire world, stimulating progress, giving birth to evolution.", and he also worked hard to find out the truth about the nature.
I admire Albert Einstein,he is my favorite scientist.
4. 我最崇拜的科學家 英語作文
Linda is a highly motivated Process/Chemical Engineer with the ability to adapt quickly to new concept, environment & challenges.
she has more than 8 years of Professional Experience in applications used in process engineering and process design, Modeling, International Standards, Codes applicable in process engineering and process design, safe design requirements practised in Oil and Gas Instry.
she has a multidisciplinary knowledge of HYSYS, estimation of physical properties and liquid-vapour phase equilibrium, heat and material balances, simulation of chemical engineering equipment.
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5. 跪求英語作文My most admirable snientist（我最敬佩的科學家），初中水平
My most admirable scientist is Albert Einstein.Einstein is a German-born theoretical physicist who discovered the theory of general relativity, effecting a revolution in physics. For this achievement, Einstein is often regarded as the father of modern physics.He received the 1921 Nobel Prize in Physics "for his services to theoretical physics, and especially for his discovery of the law of the photoelectric effect
I chose him for my writing because he is one of the greatest scientis t in history. In his life time, more than a thousand inventions were created by his hands, which made a great contribute to the development of both science and our generation's life. He is a hard working person, who devoted his life into his career; he loved science, more than everything else in his life.
6. 我最敬佩的科學家居里夫人英語作文
Marie Curie Biography: Born in Poland in 1867, at the University of Paris, two degrees in physics and mathematics, in 1895 married the French scientist Pierre Curie, and working with them, discovered radium in 1906, her husband died after the accident, still adhere to the scientific work.
Achievements: 1903 Nobel Prize in 1911 received the Nobel Prize in Chemistry.
Rating: She is a firm determination to have a great women scientists.
7. 英文翻譯 我最敬仰的科學家
the scientist who I admire most
8. (你最崇拜的科學家)英語作文100詞
每當我在幻想我長大當科學家的時候，眼前就浮現出愛迪生先生正緊張工作的情景回。因為他是答我最崇拜的人。
愛迪生先生是世界上偉大的科學家、企業家，但他年幼時有著一段不同尋常的生活。他家境十分貧困，住的是一間不過幾平方米的平房，他只讀了三年的書,只有初等的文化，就因沒有錢加上媽媽生病退了學。一天，他母親突然肚子疼，愛迪生先生請來醫生，但是醫生說他母親得的是闌尾炎需要馬上動手術，但是愛迪生家裡沒錢，買不起燈油。屋裡只有一盞燈，無法做手術。
就在醫生要走的時候，愛迪生先生靈機一動，他借來了朋友的好幾面鏡子，然後，把燈放在鏡子的中間，鏡子把光一反射。整個屋子都亮了起來，愛迪生先生驕傲的對醫生說：「先生行了嗎？」
」行了！行了！你真聰明。」
然後，經過手術，終於把他媽媽的闌尾切除了。
這樣的例子在愛迪生先生身上發生過無數次。
愛迪生先生一生發明了3000多種東西，有電影、留聲機、......但最讓他自豪的是電燈，他為我們人類的財產做出了巨大的貢獻，當愛迪生去世的時候，記者還紛紛的向世界報道說燈熄滅了。
愛迪生先生難道不偉大嗎？難道不值得我們學習嗎？難道他不是我們的驕傲嗎？....
我最崇拜的人——愛迪生！
9. 英語作文 你最敬佩的科學家
愛因斯坦的
Albert Einstein: 1879-1955
By Niels Bohr and I. I. Rabi
With the death of Albert Einstein, a life in the service of science and humanity which was as rich and fruitful as any in the whole history of our culture has come to an end. Mankind will always be indebted to Einstein for the removal of the obstacles to our outlook which were involved in the primitive notions of absolute space and time. He gave us a world picture with a unity and harmony surpassing the boldest dreams of the past.
Einstein's genius, characterized equally by logical clarity and creative imagination, succeeded in remolding and widening the imposing edifice whose foundations had been laid by Newton's great work. Within the frame of the relativity theory, demanding a formulation of the laws of nature independent of the observer and emphasizing the singular role of the speed of light, gravitational effects lost their isolated position and appeared as an integral part of a general kinematic description, capable of verification by refined astronomical observations. Moreover, Einstein's recognition of the equivalence of mass and energy should prove an invaluable guide in the exploration of atomic phenomena.
Indeed, the breadth of Einstein's views and the openness of his mind found most remarkable expression in the fact that, in the very same years when he gave a widened outlook to classical physics, he thoroughly grasped the fact that Planck's discovery of the universal quantum of action revealed an inherent limitation in such an approach. With unfailing intuition Einstein was led to the introction of the idea of the photon as the carrier of momentum and energy in indivial radiative processes. He thereby provided the starting point for the establishment of consistent quantum theoretical methods which have made it possible to account for an immense amount of experimental evidence concerning the properties of matter and even demanded reconsideration of our most elementary concepts.
The same spirit that characterized Einstein's unique scientific achievements also marked his attitude in all human relations. Notwithstanding the increasing reverence which people everywhere felt for his attainments and character, he behaved with unchanging natural modesty and expressed himself with a subtle and charming humor. He was always prepared to help people in difficulties of any kind, and to him, who himself had experienced the evils of racial prejudice, the promotion of understanding among nations was a foremost endeavor. His earnest admonitions on the responsibility involved in our rapidly growing mastery of the forces of nature will surely help to meet the challenge to civilization in the proper spirit.
To the whole of mankind Albert Einstein's death is a great loss, and to those of us who had the good fortune to enjoy his warm friendship it is a grief that we shall never more be able to see his gentle smile and listen to him. But the memories he has left behind will remain an ever-living source of fortitude and encouragement. —Niels Bohr
With Albert Einstein's death a great light has gone out in the world of physics, for Einstein, more than any other man, set the tone of the physics of the 20th century. His theories of special and general relativity were the capstone of classical physics and the theory of fields. His theory of light quanta and his later demonstration of the nature of the fluctuations of 'black body' radiation raised the paradox of the wave-particle ality, which was partly resolved two decades later in the principle of complementarity of Niels Bohr and Werner Heisenberg. His 1917 paper, introcing the ideas of spontaneous and stimulated emission of radiation, was the first clear statement of the statistical nature of fundamental atomic phenomena. The famous Einstein A and B coefficients led to the quantitative use of the correspondence principle and to the formulation of the Kramers-Heisenberg dispersion formula, which in turn led to Heisenberg's matrix mechanics. Einstein was therefore in a very real sense the founder of the statistical theory of fundamental atomic phenomena.
There is scarcely any important fundamental idea in modern physics whose origin does not trace back at least in part to Einstein. Yet, like many another father, he was not really satisfied with the children of his scientific imagination. He never regarded his mighty contributions to quantum theory as other than provisional suggestions for the ordering of phenomena. The subsequent formulations of quantum mechanics and especially the thoroughgoing statistical interpretations were to him philosophically and esthetically repugnant.
The Einstein-Bose statistics and the Einstein condensation phenomenon were his last important positive contributions to quantum theory. His subsequent role with respect to quantum theory was that of a critic. He applied the force of his great imagination to the construction of imaginary experiments which involved the theory in seemingly paradoxical and contradictory predictions. The resolution of these paradoxes, chiefly through the efforts of Bohr, served to refine and clarify the principle of complementarity but left Einstein unconvinced.
His real love was the theory of fields, which he pursued with unremitting vigor to the very end of his more than 50 years of active scientific life. This preoccupation is to a large degree the key to his scientific personality. The theory of general relativity was constructed on the basis of a physical observation of the equivalence of inertial and gravitational mass under certain simple circumstances. Beyond that, his guiding principles were his esthetic and philosophical urge for simplicity and symmetry. His intuition and taste led him to believe that the equivalence principle was true in general, and that the equations of physics must be covariant in all systems of coordinates. With these guidelines and with the use of mathematical tools already at hand, he built a theory of gravitation and of the structure of the cosmos.
Like a mystic who has had a divine illumination, Einstein in his search for the ideal could be satisfied with nothing less than a theory which would encompass all phenomena—atomic and cosmic. He once remarked to me in a discussion concerning the newly discovered meson: 'We already know that the electron is quantized in charge and mass. Should not this be enough empirical information for a theory of matter?' It was a goal of this grandeur that drove him in his search for a unified field theory.
Einstein was a unique personality. He was not attracted by fame or fortune nor swayed by the opinions of the majority. He knew his talent and guarded it jealously against outside interference. Although fearless in support of any cause he considered worthy, he gave only so much of himself and no more. Physics was his life, and he lived it according to his own lights, with complete objectivity and integrity.
He was the prince of physicists, and the imprint of his mighty strides will give direction to his beloved science for generations to come. —I.I. Rabi
好好學習、天天向上、希望對你有幫助。