钱学森的英文简介
钱学森简介英语作文不少于50字

钱学森简介英语作文篇 1Qian Xuesen was a remarkable figure in the field of science. Born in China, he showed great talent and passion for learning from an early age.He pursued higher education in the United States and made significant achievements there. However, his heart was always with his homeland. Despite facing numerous difficulties and obstacles, he was determined to return to China. The journey back was full of challenges, but his unwavering resolve and love for his country gave him the strength to overcome them all.Once back in China, Qian Xuesen devoted himself wholeheartedly to the national defense research. His efforts led to major breakthroughs in the fields of missiles and aerospace. His work laid a solid foundation for China's modernization of national defense and space exploration.His contributions were not only in the technical aspects but also in inspiring generations of scientists. His spirit of perseverance and dedication has become a guiding light for many, encouraging them to strive for the betterment of the country and the advancement of science. Qian Xuesen's life and achievements will always be remembered and respected, serving as a source of inspiration for us all.篇 2Qian Xuesen was a remarkable figure in the field of science. He demonstrated an unwavering patriotic spirit and an unyielding pursuit of scientific knowledge.He had achieved great success abroad and was offered lucrative treatments and opportunities. However, his love for his motherland was so profound that he resolutely decided to return to China. Despite facing numerous obstacles and evenbeing detained by foreign forces, his determination never wavered.Once back in China, Qian Xuesen encountered extremely difficult conditions for scientific research. But his passion and commitment remained unshaken. He led his team in conducting research and development under adverse circumstances. His perseverance and wisdom paved the way for significant advancements in China's aerospace and defense industries.Qian Xuesen's story is not only an inspiration but also a testament to the power of love for one's country and the pursuit of scientific truth. His dedication and sacrifice will forever be engraved in the history of China's scientific development.篇 3Qian Xuesen was an extraordinary figure who made remarkable contributions to China's aerospace industry. He was a visionary scientist and engineer whose efforts had a profound and lasting impact.He led the research and development of numerous crucial aerospace projects. For instance, his work on the development of guided missile technology greatly enhanced China's national defense capabilities. His dedication and expertise also played a vital role in the successful launch of satellites, making China a significant player in the space race.Not only did Qian Xuesen achieve great feats in technological advancements, but he also nurtured a generation of outstanding scientific talents. His teachings and mentorship inspired many young minds to pursue careers in aerospace research. Through his guidance, they carried forward his spirit of innovation and perseverance.Qian Xuesen's unwavering commitment and outstanding achievements have left an indelible mark on China's aerospace history. His name will forever be associated with the country's remarkable progress in this field. His story serves as an inspiration for all, demonstrating that with passion, determination, and knowledge, one canachieve great things for the betterment of the nation and humanity.篇 4Qian Xuesen was a remarkable figure in the field of science. His life story is a source of inspiration for countless people, especially those with aspirations in the realm of science.He was born with a passion for knowledge and a determination to make significant contributions to his country and the world. Through years of dedicated study and research, Qian Xuesen overcame numerous challenges and obstacles.He persisted in his pursuit of scientific truth, devoting himself wholeheartedly to his work. His unwavering commitment and tireless efforts led to remarkable achievements in aerospace and related fields.The spirit of Qian Xuesen has had a profound impact on the younger generation. It encourages them to brave difficulties, stay focused on their goals, and never give up in the face of setbacks. His story serves as a guiding light, inspiring more and more young people to embark on the path of scientific research.His contributions not only advanced the frontiers of science but also instilled a sense of pride and responsibility in the scientific community. The legacy of Qian Xuesen will continue to inspire future generations to strive for excellence and to make their own mark in the world of science.篇 5Qian Xuesen was a remarkable figure in the field of science. His scientific ideas and life philosophy have left a profound and lasting impact on the world.He held a unique perspective on scientific innovation. For instance, he emphasized the importance of interdisciplinary research, believing thatbreakthroughs often occur at the intersection of different fields. This insight led him to make significant contributions in areas such as aerospace engineering.In terms of balancing work and life, Qian Xuesen was a master. Despite the intense demands of his scientific pursuits, he never neglected his personal life and the well-being of his family. He understood that a harmonious personal life could provide the support and inspiration needed for professional success.His dedication and perseverance were exemplary. Facing numerous challenges and obstacles, he remained steadfast in his pursuit of scientific truth and the development of China's aerospace industry.Qian Xuesen's life serves as a guiding light for us all. His wisdom and spirit continue to inspire future generations of scientists and thinkers to strive for excellence and make meaningful contributions to the betterment of humanity.。
英语作文介绍科学家钱学森

The Genius of Qian Xuesen: A Pioneer inScienceQian Xuesen, a renowned Chinese scientist and engineer, is regarded as one of the most influential figures in modern Chinese history. Born in Shanghai in 1911, Qian Xuesen excelled in his academic pursuits, earning degrees from prestigious universities in both China and the United States. His contributions to the fields of aerospace,missile technology, and automation have been groundbreaking, making him a legend in the scientific community.Qian Xuesen's journey to scientific prominence began in his early years. He demonstrated exceptional talent in mathematics and physics, and his curiosity and dedicationto learning propelled him to the top of his field. His academic achievements were recognized by the Chinese government, who sent him to study abroad in the United States, where he further honed his skills and gained valuable experience.Upon returning to China, Qian Xuesen put his knowledge and expertise to work, making significant contributions to the development of China's aerospace industry. Hisgroundbreaking work in missile technology and satellite launches helped to establish China as a major power in the global space race. His dedication to scientific research and innovation was unwavering, and his legacy continues to inspire generations of Chinese scientists and engineers.Qian Xuesen's impact on the scientific community was profound. His contributions to aerospace and missile technology revolutionized the way we view space exploration and national security. His work in automation also paved the way for advancements in robotics and artificial intelligence, further solidifying his status as ascientific giant.Beyond his professional achievements, Qian Xuesen was also renowned for his dedication to education and the cultivation of young talent. He believed strongly in the power of education to transform society and believed that investing in the next generation of scientists and engineers was crucial to China's future. His legacy is not just in his scientific contributions, but also in the countless students and colleagues he inspired to pursue their own paths in science.In conclusion, Qian Xuesen's life and work are a testament to the power of dedication, curiosity, and innovation. His legacy in science and engineering will forever be remembered, and his contributions to China's development and global standing are immeasurable. Qian Xuesen's story is not just about one man's achievements, but also about the potential of humankind to achieve remarkable things when we combine our talents, passions, and resources to pursue a common goal.**钱学森:科学界的巨擘**钱学森,这位著名的中国科学家和工程师,被誉为现代中国历史上最具影响力的人物之一。
钱学森英文介绍(未排版)

Father of missile in china Qian xue senHe was born in Hangzhou, China in 1911, He graduated from the Shanghai Jiao Tong University in 1934 and left to study in America in 1935. He lived and studied for many years thereHe first studied at the Massachusetts’s Institute of Technology (MIT) and later received his Master’s Degree. Then he went to California. In 1939, he received PhD in both aerospace and mathematics and stayed there to work on rockets and missiles.In 1955 he returned to China and became the director-general of Mechanics Institute of the Chinese Academy of Sciences in 1956, he helped begin a program to build China’s first rockets and missiles. From then on, he was in charge of China’s missile and rocket programme as well as its spacecraft programme. Qian Xue sen has won many international awards.He focuses on the physical aspect of the problemFor examplephysical mechanicsSpace and air jetI think his greatest achievement is atomic bomb, hydrogen bomb and artificial satelliteHis achievement has a great contribution to the development of China.Qian xue sen in 1940s in the field of aerospace has become the most outstanding representative of, become one of the very few stars of many fields of Science in twentieth Century ; Qian xue sen is a new China growth made immeasurable contributions to the older group of scientists, the greatest impact, exploits the most outstanding figures, is the new China returned patriotic in the most representative state builders, is a new Chinese history of great people scientistsHe gave his all to the development of the country's space industryQian xue sen is an outstanding character of the people of the Chinese nation, with peace loving, hardworking and brave, and self - clear, the spirit of the spirit. I want to say to him, you insist on returning to the motherland is not afraid of difficulties, go ahead, we have to learn from you.。
英语人物介绍范文钱学森

英语人物介绍范文钱学森Qian Xuesen, a renowned scientist and patriot, stands as a towering figure in the annals of Chinese history. Born in 1911, he embarked on a journey that would forever alter the course of China's scientific and technological development. His life, a blend of perseverance, innovation, and unwavering patriotism, is an inspiration to countless individuals seeking to contribute to the progress of their nation.Qian's early years were marked by exceptional academic achievements. He excelled in mathematics and physics, earning a scholarship to study abroad at the prestigious MIT. There, he further honed his skills in aeronautical engineering, a field that was rapidly gaining importance in the global landscape. His exceptional talents and dedication soon drew the attention of leading figures in the aerospace industry, paving the way for a brilliant career.However, Qian's greatest legacy lies not just in his personal achievements, but in his unwavering commitment to serving his country. Despite the lure of a comfortable lifeand promising career opportunities abroad, he chose to return to China in the midst of the Cold War, when the country was in dire need of scientific and technological advancement. His return marked a turning point in China's aerospace industry, as he brought with him the latest knowledge and expertise in the field.Under Qian's leadership, China made significant strides in missile and space technology. His contributions were instrumental in the development of China's first intercontinental ballistic missile and the successful launch of its first satellite into orbit. These achievements not only brought China into the forefront of global aerospace competition, but also served as a powerful symbol of the country's rising scientific prowess.Qian's impact extends beyond the realm of science and technology. His life and work are a testament to the power of perseverance, intelligence, and patriotism. He remains an inspiration to countless young scientists and engineers, who draw inspiration from his example and strive to contribute to the nation's progress.Qian's legacy is not just about the missiles he helped create or the satellites he sent into orbit. It's about the spirit he embodied—a spirit of innovation, dedication, and patriotism. His life is a reminder that with determination and hard work, anything is possible, and that the welfare of one's nation is a calling that transcends personal ambitions and interests.Today, as China continues to rise as a global power, the memory of Qian Xuesen remains a beacon of inspiration. His life and work are a testament to the limitlesspotential of the Chinese people and the crucial role that science and technology play in the nation's development. Qian Xuesen's legacy will continue to inspire future generations to pursue excellence in their fields and contribute to the prosperity of their beloved country.**钱学森英语人物介绍范文**钱学森,这位著名的科学家和爱国者,在中国历史上留下了巍峨的身影。
钱学森个人英文介绍作文

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关于钱学森的英文介绍

关于钱学森的英文介绍Dr. Qian Xuesen: A Pioneer of Chinese RocketryDr. Qian Xuesen, born on December 11, 1911, in Hangzhou, Zhejiang Province, China, was a renowned scientist and engineer who made significant contributions to rocketry and space exploration. With his relentless pursuit of knowledge and great vision, Dr. Qian has left an indelible mark on the history of Chinese aerospace engineering.Early Education and Career:Dr. Qian's passion for science and engineering emerged during his early years. He enrolled at Shanghai Jiaotong University in 1928, where he pursued a degree in mechanical engineering. His exceptional aptitude for the subject earned him a scholarship to study abroad at the Massachusetts Institute of Technology (MIT) in the United States in 1935.Contributions to American Rocketry:During his time at MIT, Dr. Qian became involved in research on rocket propulsion and aerodynamics. His expertise proved instrumental in the development of the Variable Density Tunnel, which greatly advanced wind tunnel technology. Additionally, he contributed significantly to America's World War II efforts by working on projects related to jet engines, supersonic aerodynamics, and guided missiles.Return to China and Leadership in Rocketry:In 1955, Dr. Qian returned to China to participate in the country's ambitious rocketry program. He began serving as the director of the FifthInstitute of the Ministry of Defense Industry, leading a team of brilliant scientists and engineers dedicated to the development of rockets and ballistic missiles. Under Dr. Qian's leadership, China successfully developed and launched its first ballistic missile, Dongfeng-1, in 1964.Pioneering the Chinese Space Program:Driven by a fervent desire to explore the cosmos, Dr. Qian played an instrumental role in establishing the Chinese space program. He advocated for the development of China's first satellite, Dongfanghong-1, which was successfully launched into space in 1970, marking a significant milestone for China's aerospace industry. Dr. Qian's contributions laid the foundation for China's subsequent space exploration endeavors.Legacy and Recognition:Dr. Qian's dedication and contributions to space technology have earned him widespread recognition and numerous accolades. His remarkable achievements led to his designation as the "Father of Chinese Rocketry." In addition to his scientific work, Dr. Qian was also respected for his mentorship and commitment to nurturing young talent in the field of aerospace engineering.Conclusion:Dr. Qian Xuesen's journey from a curious student to an influential figure in the world of rocketry is a testament to his brilliance, perseverance, and unwavering dedication to advancing scientific knowledge. His contributions to both American and Chinese rocketry have left an indelible impact on the field and continue to inspire generations of scientists and engineers. Dr.Qian's legacy as a pioneer and visionary will forever be remembered as China continues to make strides in space exploration and technology.。
钱学森介绍英语版
钱学森介绍英语版《钱学森:中国航空航天之父》Qian Xuesen, also known as Hsue-Shen Tsien, was a pioneering Chinese scientist and engineer who played a crucial role in the development of China's aerospace industry. Born in 1911 in Hangzhou, China, Qian showed an early aptitude for mathematics and physics. He went on to study at the Massachusetts Institute of Technology (MIT) in the United States, where he earned his undergraduate and doctoral degrees in aeronautical engineering.During his time at MIT, Qian became deeply involved in the field of rocketry and helped to develop the foundations of modern rocket science. His work on the development of jet propulsion and supersonic aerodynamics laid the groundwork for future advancements in aerospace technology. Qian's contributions to the field of aeronautics earned him a prestigious reputation as a leading authority in the field.After completing his studies at MIT, Qian returned to China and devoted himself to the development of the country's aerospace industry. He played a key role in the founding of the China Academy of Sciences, and later became the director of the country's missile and space programs. Qian's leadership and expertise were instrumental in the successful launch of China's first satellite, Dong Fang Hong 1, in 1970.Despite his many accomplishments, Qian's career was not without controversy. In the 1950s, he was unfairly accused of being a spy and was detained in the United States for several years before being allowed to return to China. Despite these setbacks, Qian continued to contribute to the advancement of Chinese science and technology throughout his life.Qian Xuesen passed away in 2009 at the age of 98. His legacy as a pioneering figure in the field of aerospace engineering continues to inspire future generations of scientists and engineers in China and around the world. His contributions to the development of China's aerospace industry have left an indelible mark on the country's history and serve as a reminder of the importance of scientific innovation and collaboration on a global scale.。
钱学森英文介绍传记作文
钱学森英文介绍传记作文Qian Xuesen: A Visionary Scientist and Pioneering Aerospace EngineerQian Xuesen, often referred to as the "Father of Chinese Rocketry," was a remarkable individual who left an indelible mark on the world of science and technology. Born in 1911 in Hangzhou, China, Qian's life was a testament to his unwavering dedication, intellectual prowess, and his profound impact on the advancement of aerospace engineering.Qian's journey began with his early education in China, where he demonstrated an exceptional aptitude for mathematics and science. His academic excellence earned him a scholarship to study at the Massachusetts Institute of Technology (MIT) in the United States, where he obtained his master's degree in 1936 and his doctorate in 1939, both in the field of aeronautics.During his time at MIT, Qian's innovative mind and deep understanding of aerodynamics and fluid mechanics caught the attention of renowned scientists and engineers. He quickly established himself as a rising star in the field, collaborating withluminaries such as Theodore von Kármán and contributing to groundbreaking research on rocket propulsion and spacecraft design.Qian's scientific prowess and leadership skills soon caught the eye of the United States government, and in 1944, he was recruited to join the renowned Jet Propulsion Laboratory (JPL) in Pasadena, California. There, he played a pivotal role in the development of America's early missile and rocket programs, working alongside the likes of Frank Malina and other pioneering aerospace engineers.However, Qian's time in the United States was not without its challenges. During the McCarthy era, he was accused of having communist sympathies and was subjected to a prolonged investigation by the U.S. government. Despite his contributions to the country's scientific advancements, Qian was eventually deported to China in 1955, a decision that was widely criticized by the scientific community.Upon his return to China, Qian's expertise and experience proved invaluable to the country's burgeoning aerospace industry. He was instrumental in establishing the Chinese missile and satellite programs, overseeing the development of the country's first ballistic missiles and the launch of its first satellite, Dong Fang Hong I, in 1970.Qian's leadership and vision were instrumental in shaping China's space program, and he played a pivotal role in the country's technological transformation. He established the China Academy of Launch Vehicle Technology (CALT), which became the driving force behind the development of China's Long March series of rockets, the backbone of the country's space exploration efforts.Qian's contributions extended beyond the realm of rocketry and aerospace engineering. He was also a prolific writer and thinker, authoring numerous books and articles on a wide range of topics, from the history of science and technology to the philosophical implications of scientific progress.One of Qian's most notable works, "On the Philosophical Problems of Cybernetics," delved into the philosophical and ethical implications of the emerging field of cybernetics, exploring the relationship between humans and machines. This work showcased Qian's interdisciplinary approach and his ability to bridge the gap between science, technology, and philosophy.Throughout his illustrious career, Qian received numerous accolades and honors, both in China and internationally. He was elected to the Chinese Academy of Sciences, the highest academic institution in the country, and was awarded the National Science Medal, China's highest scientific honor.Qian's legacy, however, extends far beyond his individual achievements. He is widely regarded as a visionary who played a pivotal role in shaping the course of China's technological development and the country's rise as a global scientific powerhouse. His unwavering dedication, innovative thinking, and profound impact on the field of aerospace engineering have cemented his place in history as one of the most influential scientists of the 20th century.Qian Xuesen's life and work serve as a testament to the transformative power of science and the importance of nurturing intellectual talent. His story inspires us to push the boundaries of human knowledge, to embrace the challenges of our time, and to harness the power of technology for the betterment of humanity.。
钱学森的英文简介
钱学森的英文简介钱学森,世界著名科学家,空气动力学家,中国载人航天奠基人,被誉为“中国航天之父”,下面是小编为你整理的钱学森的英文简介,希望对你有用!钱学森简介Qian Xuesen (1911.12.11-20xx.10.31), the Han nationality, Wu Yue Wang Qian 镠 33rd Sun, was born in Shanghai, native of Hangzhou, Zhejiang Province Lin'an. The world's leading scientist, aerodynamics, the founder of China's manned space, the Chinese Academy of Sciences and the Chinese Academy of Engineering, China's two bombs a meritorious service medal winner, known as "the father of China's space" "China's father of the missile" Automation control of the father "and" the king of the rocket ", as Qian Xuesen returned to the effectiveness of the Chinese missile, the atomic bomb launch forward for at least 20 years.In 1934, graduated from the National Institute of Mechanical and Power Engineering, National Chiao Tung University, former Massachusetts Institute of Technology and California Institute of Technology professor. In 1955, in the Chairman Mao Zedong and Premier Zhou Enlai's fight back to China. He joined the Communist Party of China in 1959 and served asdirector of the Department of Modern Mechanics of the China University of Science and Technology, director of the Institute of Mechanics of the Chinese Academy of Sciences, vice minister of the Seventh Machinery Industry Department, deputy director of the National Defense Science and Technology Commission, honorary chairman of the China Science and Technology Association, Vice Chairman of the Sixth, 7th and 8th National Commissions of the Consultative Conference, Member of the Department of Mathematics and Chemistry of the Chinese Academy of Sciences, Honorary Chairman of the Chinese Astronautical Society, Senior Consultant of the General Technology Department of the Chinese People's Liberation Army, and other important positions of the China Society of Automation. , The second chairman. In 1995, approved by the Central Propaganda Department and Qian Xuesen himself agreed that his alma mater, Xi'an Jiaotong University, named the library as Qian Xuesen Library, and then wrote the name of the Communist Party of China by Comrade Jiang Zemin, General Secretary of the CPC Central Committee and Chairman of the Central Military Commission. October 31, 20xx Beijing time at 8:6 am, Qian Xuesen died in Beijing, at the age of 98 years old.In order to further promote Comrade Qian Xuesen patriotism,innovation, dedication of the performance and spirit, the central research, decided to Shanghai Jiaotong University Xuhui campus construction Qian Xuesen library. December 8, 20xx, to commemorate the 100th anniversary of the birth of Qian Xuesen forum held in the Great Hall of the people.钱学森人物经历Before going abroadQian Xuesen was born in 1911 in Shanghai, native of Lin'an City, Hangzhou City, Zhejiang Province. In September 1923, into the Beijing Normal University secondary school.1929 was admitted to the Ministry of Railways Jiaotong University Shanghai School of Mechanical Engineering, Department of Railway Engineering, 1934 graduated from the National Jiaotong University (now Shanghai Jiaotong University and Xi'an Jiaotong University), in June to obtain the seventh session of Tsinghua University students.In September 1935, he entered the Massachusetts Institute of Technology, Department of Aeronautics, September 1936 by the Massachusetts Institute of Technology, a master's degree in aviation engineering, after the California Institute of Technology Aviation Department of learning, become the world's leading scientist von Carmen (Theodore von Kármán), and soon became the most important student of von Carmen.He has a master's degree in aviation engineering and a doctorate in aviation and mathematics. July 1938 to August 1955, Qian Xuesen in the United States engaged in aerodynamics, solid mechanics and rockets, missiles and other fields of research, and with the mentor to complete the high-speed aerodynamics research topics and the establishment of "Carmen - Qian Xuesen" formula, At the age of twenty-eight became a world-renowned aerodynist.In 1939, he received a doctorate in aviation from the California Institute of Technology. In 1943, he was an assistant professor at the California Institute of Technology. In 1945, he was an associate professor at the California Institute of Technology. In 1947, he was a professor at the Massachusetts Institute of Technology.In 1947, married in Shanghai and Jiang Ying. In 1949, he was the director and professor of the Jet Propulsion Center of the California Institute of Technology. In 1953, Qian Xuesen formally put forward the concept of physical mechanics, advocated from the micro-law of matter to determine its macro-mechanical characteristics, opened up a new field of high temperature and pressure. In 1954, "Engineering Cybernetics" published in English, the Russian version of the book, Germanversion, the Chinese version was in 1956, 1957, published in 1958. In 1958 he was the director of modern mechanics department of China University of Science and Technology.Was detained1949When the news of the birth of the People's Republic of China came to the United States, Qian Xuesen and his wife Jiang Ying will discuss the early return to the motherland, for their own national effectiveness. At this time the United States, led by McCarthy to the Communists to conduct a comprehensive tracing, and set off in the United States to drive an employee loyal to the US government's frenzy. Qian Xuesen was suspected of being a communist and refused to expose his friends, by the US military department suddenly revoked the certificate to participate in confidential research. Qian Xuesen very angry, as a reason to return home.In 1950, when Qian was ready to return home, he was stopped by US officials and imprisoned in prison. Dan A. Kimball, then chief of the US Navy, claimed that Qian Xuesen, wherever he went, On the five divisions of the troops. Since then, Qian Xuesen was persecuted by the US government, but also lost valuable freedom, he lost about 30 pounds a month or so. The immigrationdepartment copied his home and detained him for 14 days on the island of Tennessee until he received the $ 15,000 huge bail sent by the California Institute of Technology. Later, the customs confiscated his luggage, including 800 kilograms of books and notebooks. The US prosecutor once again examined all of his material before proving that he was innocent.Hard to returnIn the early 1950sQian Xuesen news of persecution in the United States soon spread to China, Chinese science and technology friends through a variety of ways to support Qian Xuesen. The CPC Central Committee is extremely concerned about the situation of the United States in the United States, the Chinese government issued a statement publicly condemned the US government in violation of their wishes in the case of imprisonment of Qian Xuesen.In 1954, a chance, he saw in the newspaper Chen Shutong standing on the tower of Tiananmen Square, the identity of the National People's Congress Standing Committee vice chairman, he decided to give the father of a good friend to write for help. While Premier Zhou Enlai was very anxious for this time, when he was vice chairman of the Standing Committee of the NationalPeople's Congress Chen Shutong received a letter sent from the other side of the ocean. He opened a look, signed "Qian Xuesen", the original is to ask the motherland government to help him return home.In April 1954, the five countries of the United States and Britain and the Soviet Union held an international conference to discuss and resolve the DPRK issue and to restore peace in Indochina in Geneva. Zhou Enlai, head of the Chinese delegation attending the meeting, was reminded that a group of foreign students and scientists in China were detained in the United States and instructed the Americans that if the British diplomats had been able to clear the relationship with us, we should seize this opportunity and open up new Contact channel.Wang Bingnan, secretary general of the Chinese delegation, began his preliminary talks with the United States andVice-Premier of the United States on June 5, 1954. The United States has submitted a list of some US military personnel in the United States in China and detained by China, asking China to give them the opportunity to return home. In order to express China's sincerity, Zhou Enlai instructed Wang Bingnan to make concessions in the third meeting of China and the United States held on June 15, 1954, and also asked the United States to stopthe detention of Chinese students such as Qian Xuesen.However, the legitimate demands of the Chinese side were unreasonably rejected by the US side. July 21, 1954, the Geneva meeting closed. In order not to interrupt the communication channel, Zhou Enlai instructed Wang Bingnan and the United States to agree that since July 22, 1954, the consular level talks in Geneva. In order to further express China's sincerity towards Sino-US talks, China released four seized US pilots.China's concessions, and ultimately to fight for the United States and other scientists to return to the United States as soon as possible, but in this critical issue, the United States on behalf of Johnson or China can not get money to learn the real reason to return, that is not let go.In 1955, after the continuous efforts of Premier ChouEn-lai in his diplomatic negotiations with the United States - even including the release of 11 US pilots captured in the Korean War as an exchange. On August 4, 1955, Qian Xuesen received the US immigration office to allow him Notice of return. September 17, 1955, Qian Xuesen return to the desire to finally be realized, this day Qian Xuesen carrying his wife Jiang Ying and a pair of young children, boarded the "Cleveland President" ship, set foot on the journey back to the motherland. October1, 1955 morning, Qian Xuesen finally returned to his dream of the motherland, back to his hometown.After returning homeAfter returning, Zhou Enlai in all respects have given Qian Xuesen cordial and meticulous care, his later years Qian Xuesen also excitedly recalled a past: 1970, China's first artificial satellite "Dongfanghong" launch on the eve of Premier Zhou Enlai convened the relevant Researchers in the Great Hall of the meeting, parting, Premier Zhou Enlai deliberately stopped Qian Xuesen: Qian Xuesen, you do not be too tired. Qian Xuesen often said to his people, the deepest impact on his life and help the largest two people, one is the founding Premier Zhou Enlai, one is his father-in-law Jiang Baili.In the same year, the State Council and the Central Military Commission, according to his proposal, set up a leading body of missile and aviation science research, the Aviation Industry Committee, and appointed the State Council and the State Council to set up a report on the establishment of the national defense aviation industry. He is a member.In 1956 to participate in China's first five years of scientific planning to determine, Qian Xuesen and Qian Weichang, Qian Sanqiang together, was Zhou Enlai called the Chinesescience and technology sector, "three money", Qian Xuesen ordered the formation of China's first rocket, missile research institute - Fifth Institute of Defense and served as the first president.In 1956, he served as director of the Institute of Mechanics, Chinese Academy of Sciences, researcher. Working in mechanics before and after 1972. At the second plenary session of the Second National Committee of the CPPCC, he was elected as the second member of the CPPCC National Committee.In 1957, at the Qian Xuesen initiative, the Chinese Society of Mechanics was established, Qian Xuesen was unanimously elected as the first chairman. On February 18, Premier Chou En-lai signed an order to appoint Qian Xuesen as the first president of the Fifth Research Institute of the Ministry of Defense. On November 16, Premier Chou En-lai appointed Qian Xuesen as the president of the Fifth Research Institute of the Ministry of Defense. In the same year, Qian Xuesen's "Engineering Cybernetics" won the first prize of the Natural Science Award of the Chinese Academy of Sciences and was elected by the Chinese Academy of Sciences. In June 1957, the Preparatory Committee of the Chinese Society of Automation was established in Beijing, Qian Xuesen as chairman. In Septemberthe same year, the International Association for the establishment of the General Assembly recommended Qian Xuesen as the first IFAC Council executive director.In 1958, in order to cultivate talents for the two-player project, Qian Xuesen was founded by the University of Science and Technology of China at the request of the establishment of the "Star Trek Academy". Qian Xuesen was the director of the Department of Modern Mechanics of China University of Science and Technology and became the founding of the University of Science and Technology of China One of the people. By Du Runsheng, Yang Gangyi introduced to join the Communist Party of China.In 1959, he was elected as the representative of the Second National People's Congress. And were elected as the third, fourth and fifth National People's Congress representatives.September 19, 1959, Qian Xuesen made a special trip from Beijing to Shanghai from Xi'an to Xi'an Jiaotong University to visit the campus, visit teachers and students.In 1960, he served as vice president of the Fifth Institute of the Ministry of Defense, and no longer serve as president of the hospital branch. Since then, Qian Xuesen's main duties have been deputy, by the fifth research institute vicepresident, to the seventh deputy minister of the Ministry of Machinery Industry, and then to the National Defense Science and Technology Committee, deputy director, specializing in China's national defense science and technology development of major technical problems.On November 15, 1960, under the guidance of Marshal Nie Rongzhen personally, he was appointed as the director of General Zhang Aiping, Sun Jixian, Qian Xuesen and Wang Zheng as the deputy director of the trial committee, successfully organized in China Jiuquan launch site of China's first Flight test of the missile.In 1961, he was elected as the first president of the Chinese Society of Automation. In 1962, "Physical mechanics lecture" published. In 1963, "Introduction to Star Wars" published. In 1965, he served as Vice Minister of the Seventh Ministry of Machinery Industry (Missile Industry).October 27, 1966, Qian Xuesen to assist Nie Rongzhen marshal, in the Jiuquan launch site directly led the use of short-range missiles carrying atomic bomb "two bombs combined" flight experiment, a complete success. In 1968, he served as Dean of the Fifth Research Institute of the Chinese People's Liberation Army (today's China Institute of Space Technology).In 1969, he was elected as the representative of the Ninth National Congress of the Communist Party of China and alternate member of the Ninth Central Committee. And have been elected as the tenth, eleven, twelve, thirteen, fourteen, fifteen national congress representatives, tenth, eleven, twelve Central Committee alternate members.In 1970, he served as deputy director of the National Defense Science and Technology Committee, and no longer concurrently the Fifth People's Liberation Army Research Institute.In 1979, in the United States formally established diplomatic relations, by the United States California Institute of Technology "Distinguished Alumni Award" (Distinguished Alumni Award). But Qian Xuesen did not go to the United States to accept this honor.In 1980, he was elected Vice Chairman of the First National Committee of the Chinese Association for Science and Technology. In 1986, he was elected Chairman of the Third National Committee of the Chinese Association for Science and Technology.In 1982, he served as deputy director of the Science and Technology Committee of the National Defense Science and Technology Industry Committee. Was elected honorary chairmanof the Chinese Society of Mechanics. He is the Dean of the Fifth Research Institute of the Ministry of National Defense, and is also the dean of the branch of the hospital (today's China Launch Vehicle Technology Institute). "On System Engineering" published in 1988, "on the system engineering" (updated version) published.In 1984, at the fifth session of the Chinese Academy of Sciences (academician) General Assembly, was elected to the Chinese Academy of Sciences presidium executive chairman. In 1992, at the sixth session of the Chinese Academy of Sciences (academician), he was hired as honorary chairman of the Chinese Academy of Sciences.In 1985, Qian Xuesen's contribution to China's strategic missile technology, as the first prize winner and Tu Shouying, Yao Tongbin, Hao Fujian, Liang Shili, Zhuang Fenggan, Li Xu and other national science and technology progress award.In 1986, at the Fourth Plenary Session of the Sixth National Committee of the Chinese People's Political Consultative Conference (CPPCC), he was elected Vice Chairman of the Sixth National Committee of the Chinese People's Political Consultative Conference (CPPCC) and elected as vice chairman of the seventh and eighth National Committee of the CPPCC.In 1987, was hired as the National Defense Science and Technology Industry Committee of Science and Technology Committee senior adviser. "Scientific and Systems Engineering of Socialist Modernization" published. May 3, 1987, served as honorary chairman of the Chinese Academy of Human Sciences.In 1988, concurrently served as director of the seventh session of the National Committee of Science and Technology Committee. Won the (1985) National Science and Technology Progress Award. "About Thinking Science" published. In 1988, "on human science" published. "The creation of human science", "human science and modern science and technology development perspective" and "on human science and modern science and technology" were published in 1989, 1996, 1998.In 1989, he was awarded the title of "WF Little Rockwell Medal", "World-Class Science and Engineering Celebrity" and "Honorary Member of the International Institute of Science and Technology" awarded by the International Technology and Technology Exchange Conference and the International Institute of Science and Technology. medal. "Qian Xuesen Collection (1938 ~ 1956)" published.In 1991, at the first plenary session of the Fourth National Committee of the Chinese Association for Science and Technology,he was awarded the honorary title of the Chinese Association for Science and Technology. Was elected honorary chairman of the China Aerodynamics Society (1989 renamed the China Aerodynamics Society). Was elected honorary chairman of the China Society of Systems Engineering.In 1994, at the first academician conference of the Chinese Academy of Engineering, he was elected as a member of the Chinese Academy of Engineering. "On the Geography Science" published. "Urban Science and Landscape City" published.In 1995, he was awarded the first (1994) "He Liang He Li Fund Excellence Award" (later renamed the "He Liang He Li Foundation Science and Technology Achievement Award") issued by He Liang He Li Fund.In 1995, approved by the Propaganda Department of the CPC Central Committee, the Xi'an Jiaotong University Library named Qian Xuesen library, when he was chairman Jiang Zemin inscribed the name of the museum.In 1998, was hired as the PLA General Armament Department of Science and Technology Committee senior adviser. In the ninth Academy of Chinese Academy of Sciences Conference and the Chinese Academy of Engineering at the fourth academician conference, was awarded the "Chinese Academy of Sciences senioracademician" "Chinese Academy of Engineering senior academician" title.In 1999, the CPC Central Committee, the State Council, the Central Military Commission awarded the "two bombs and one satellite meritorious service medal."In 20xx, "Qian Xuesen manuscript (1938 ~ 1955)" published.December 11, 20xx, Jiang Zemin visited Qian Xuesen, then Vice Premier Li Lanqing also visit, "on the macro-architecture and micro-architecture", "the sixth industrial revolution communications set", "create the system" published. 1995, 1996 and 1999 Jiang Zemin had three times to Qian Xuesen home to visit him.On the 90th birthday of 20xx, Prof. Frank E. Marble, a friend of the United States in the United States, was commissioned by D.Baltimore, president of the California Institute of Technology, and made a special trip to Beijing to award the award and medal of the "Outstanding Alumni Award" to Qian Xuesen and elected to the China Aerospace Society Honorary chairman.December 11, 20xx 90 birthday, Qian Xuesen alma mater Shanghai Jiaotong University inscription: "I hope all the teachers and students of Shanghai Jiaotong University toinherit and carry forward the fine tradition of his alma mater, love the motherland, advocating science, the pursuit of truth, to serve the people, The first century, and strive to Shanghai Jiaotong University into a world-class university. "Qian Xuesen has always been his alma mater, fully carry forward the Jiaotong University drinking water source of the glorious tradition.October 31, 20xx Beijing time at 8:6 am, Qian Xuesen died in Beijing, at the age of 98 years old.---来源网络整理,仅供参考。
钱学森的个人资料50字左右英语作文
钱学森的个人资料50字左右英语作文全文共6篇示例,供读者参考篇1Qian Xuesen: A Rocket Scientist Who SoaredHi there! My name is Lily and I'm going to tell you all about Qian Xuesen. He was a really smart man who helped make rockets that could go to space. Pretty cool, right?Qian was born in China in 1911. When he was a kid, he loved learning about math and science. He was such a good student that he got to go study in the United States when he grew up. Can you imagine going to college in another country? That must have been exciting!In America, Qian went to schools like the Massachusetts Institute of Technology and the California Institute of Technology. Those are some of the best science schools in the whole world! While he was there, he learned all about rockets, airplanes, and how to make things fly through the air. He was like a superhero, but instead of cool powers, he had an amazing brain!After Qian finished his studies, he started working on making real rockets and missiles for the United States military during World War 2. His inventions helped protect America and its allies from the bad guys. He was part of a secret group of scientists called the Powder Desert Group. How mysterious!When the war ended, Qian kept working hard on rocket science. He taught classes at some big universities and even wrote books to share his knowledge with others. However, in 1950 something very sad happened. The American government didn't trust Qian anymore because he was from China. They put him in prison for almost 5 years! Can you believe that? Qian didn't do anything wrong.In 1955, Qian was allowed to leave America and go back to China. The Chinese government welcomed him with open arms because they knew how brilliant he was. Qian helped start China's rocket program from scratch. With his guidance, China was able to launch its first satellite into orbit in 1970. Wohoo!Qian worked really hard his whole life. He never stopped learning and teaching others about science. He helped make amazing space discoveries possible for two different countries! Some people call him the "Father of Chinese Rocketry" because of how important he was.I think Qian Xuesen is so inspiring. He never gave up on his dreams, even when things got tough. His perseverance and brilliance made our world a little bit more advanced. Maybe one day I'll be a rocket scientist just like him! Qian proved that with hard work and dedication, you can soar to great heights, just like one of his rockets.That's the story of the awesome Qian Xuesen. Thanks for reading! I'll leave you with one of my favorite quotes from him: "Diligence is the path of the virtuous, and those who are naturally diligent are close to virtue." Time for me to get back to doing my homework diligently!篇2Qian Xuesen - A Brilliant Mind That Reached for the StarsHi there! Today I want to tell you about someone who was really smart and did amazing things with rockets and science. His name was Qian Xuesen, but you can just call him Qian. He was born a long, long time ago in 1911 in China.Qian loved math and science from a very young age. He was such a bright kid that he went to some of the best schools in China like Chiao Tung University. But he didn't stop there! Qian went all the way to the United States to study even more atplaces like MIT and Caltech. He learned all about aeronautics, which is the study of flying vehicles like airplanes and spacecraft.During World War 2, Qian worked on top secret projects for the U.S. government designing awesome rocket technology. He helped create super powerful rockets that could fly really high and far. The rockets Qian designed were very important in the war effort against Germany and Japan.After the war was over, Qian wanted to go back home to China. But there was a big problem - the U.S. government didn't want him to leave because he knew too many military secrets! They kept Qian on house arrest for almost 5 years until finally allowing him to leave for China.When Qian returned to China in 1955, the country's leader Mao Zedong welcomed him as a hero. Qian became the father of China's rocket and space program. Under his brilliant guidance, China was able to develop its first missiles, satellites, and even launch its first atomic bomb!Qian helped make China into a true superpower with advanced science and technology. He trained a generation of brilliant rocket scientists and engineers. Thanks to geniuses like Qian, China was able to accomplish huge milestones like sendingits first satellite into orbit in 1970 and its first taikonaut (Chinese astronaut) into space in 2003.Qian Xuesen is praised by many as one of the greatest scientific minds in Chinese history. His life journey took him across oceans and continents in pursuit of knowledge. From a small village to the heights of space, Qian's brilliant contributions to aerospace will be felt for generations to come. He truly was a pioneer and his fascinating story of perseverance and dedication to science will continue to inspire young people like us for years to come. Reach for the stars, just like Qian did!篇3Qian Xuesen: A Chinese Rocket Scientist and Space PioneerHi, my name is Lily and today I want to tell you about a really cool Chinese scientist named Qian Xuesen. He was born in 1911 in Hangzhou, China and did some amazing things with rockets and satellites. Get ready to blast off on an exciting journey learning about his life!When Qian Xuesen was young, he loved math and science. He was really smart and studied super hard. In 1934, he went to study at MIT and Caltech in America. While there, he learned all about rocket science from the best professors. Qian helpeddesign super powerful rocket engines that could launch vehicles into space!After graduating, Qian wanted to return to China to use his rocket knowledge to help his home country. But in 1950, the American government accused him of being a communist and didn't let him leave the United States for many years. That must have been so frustrating for Qian! He was trapped away from his family and friends.Finally in 1955, Qian was allowed to move back to China. The Chinese leader at the time really respected Qian's talents in rocketry. Qian got to work right away, helping China develop its own missiles and rockets. He is known as the "Father of Chinese Rocketry!"One of Qian's big projects was the Dongfeng ballistic missile program in the 1960s. Ballistic missiles are super powerful rockets that can launch objects over long distances. The Dongfeng missiles could carry nuclear weapons to protect China. Thanks to Qian's brilliant rocket designs, China became a major force in missile technology.But Qian didn't just work on weapons - he also helped China's space program get off the ground (literally!). In 1970, China successfully launched its first satellite, the Dongfang Hong1, into orbit around the Earth. Qian Xuesen was the lead scientist making this happen. Launching a satellite was a huge accomplishment proving China could reach for the stars.Over the years, Qian continued pioneering work in rocketry that allowed China to launch space probes to the Moon and Mars. He trained generations of rocket engineers and scientists. Qian received the highest honors in China, including being elected to the Chinese Academy of Sciences. He's considered a national hero!At the same time Qian was making missiles and satellites, he also studied something called "systems engineering" theory. This is looking at how different parts of a system, like a rocket, interact as a whole. His ideas helped make spacecraft designs more efficient and reliable. Qian Xuesen was both a hands-on rocket scientist and a big-picture systems thinker.Even though Qian accomplished so much in his career, his life had some sad parts too. Being forced to stay in America for years, away from his homeland, was very difficult. And some of the missile work he did was for weapons that could cause great destruction. But overall, Qian's brilliant mind and dedication advanced human understanding of rocketry and space exploration.Qian Xuesen passed away in 2009 at the age of 98. But his epic legacy and contributions to science live on. China has become a major space superpower, thanks largely to the foundation Qian built over his 70 year career. Spacecraft bearing his name have traveled all across the solar system on trailblazing missions of exploration.Whenever a Chinese astronaut blasts off into space atop a powerful rocket, they are following the trail first lit by the ingenious rocketry of Qian Xuesen. His life's work has taken China and humanity one step closer to the stars. For that, we can all be grateful to this pioneering Chinese scientist and space visionary!篇4Qian Xuesen was a Really Cool Chinese ScientistMy name is Tommy and I'm going to tell you about Qian Xuesen, who was a famous Chinese scientist. He was born in 1911 in Hangzhou, which is a pretty city with a big lake. When he was a kid, he was really good at math and science. Like, he was a genius!His parents wanted him to become an engineer, but he decided he wanted to study aviation instead. Aviation meansanything about airplanes and flying. In 1934, he went all the way to the United States to study at MIT and Caltech. Those are two of the best science universities in the whole world!At Caltech, Qian helped build powerful rockets and missiles. He becamereally good at understanding how rockets work and fly through the air. During World War 2, he worked on top secret rocket projects for the U.S. military. His work helped create some of the first big rockets that could fly really high up.After the war ended in 1945, Qian Xuesen kept working on rocket science in the United States. But then in 1950, something crazy happened! The U.S. government accused him of being a communist spy for China. They said he was secretly sharing rocket secrets with China, which was not true at all. Qian said he was innocent, but they didn't believe him.So in 1955, the U.S. kicked Qian out of the country and made him go back to China against his will. This was really unfair because he had done nothing wrong. When he got to China, their government treated him like a hero for being such a talented scientist.In China, Qian became the father of their missile and space programs. He trained tons of engineers and scientists to build rockets, satellites, and missiles. Thanks to him, China was able tolaunch their first satellite in 1970 and became a world leader in rocket technology.Qian also helped make sure China could defend itself with powerful missiles in case of an attack. Some people didn't like this because they thought missiles were for war. But Qian said they were only for protecting China, not for starting fights. He worked hard to keep the peace.Even after he got really old, Qian never stopped learning and teaching science. He loved sharing his knowledge about math, physics, and engineering with students. He once said "For scientists, the whole of life is an endlessly unfolding process of self-education." That means you should never stop trying to learn new things your entire life!In 1998, President Bill Clinton from the U.S. apologized to Qian for kicking him out unfairly in the 1950s. Clinton called Qian "a brilliant student" who helped push forward human knowledge. By then, everyone realized Qian was one of the greatest scientists ever, not a spy.Qian won tons of awards and was respected all over the world. But he stayed very humble and never acted like he was better than anyone else. He was just a genius who loved learning about science and using it to help make the world a better place.When Qian Xuesen died in 2009 at 98 years old, China declared a national day of mourning to honor him. They called him "the brightest star wandering in the human scientific universe of the 20th century." To me, he was like a real-life superhero who used his brilliant brain to soar like a rocket!So that's my report on the amazing Qian Xuesen. I hope you liked learning about how this ordinary kid from Hangzhou grew up to become one of China's greatest scientists through his curiosity, hard work, and passion for knowledge. Maybe you could become a famous scientist too someday if you study hard! Thanks for reading, bye!篇5Qian Xuesen was a Really Really Smart GuyQian Xuesen was a super genius scientist from China. He was born in 1911 in Hunan Province. Even as a little kid, he was crazy smart and good at math and science.When he got older, he went to study engineering at universities in China. But the universities in China back then weren't that great, so he decided to go study at schools in America instead. America had the best science and engineering programs in the whole world at that time.Qian went to study at MIT and then later at Caltech. He was like a total brainiac! The teachers were impressed by how quick he learned things. Qian ended up getting a master's degree from MIT and then a doctoral degree from Caltech. After that, he got hired as a professor at Caltech and started teaching there.During World War 2, Qian helped America by working on super important rocket science projects. He was one of the founders of JPL, which is now a famous NASA lab that builds rockets and explores space. Qian's work helped America create better missiles and rockets to fight against the Axis powers like Germany and Japan.After the war ended, Qian kept working at Caltech. He taught classes and did research into all kinds of rocket stuff. Qian made breakthroughs in areas like rocket designs, jet propulsion, and ballistic missile technology. He was basically like a rocket genius!Then in 1950, something crazy happened. The FBI accused Qian of being a communist spy! They said he was sending rocket secrets to communist China. Qian said it wasn't true, but the government didn't believe him. They threw him in prison and kept him locked up for 5 whole years!In 1955, the American government made a deal to deport Qian back to communist China. When Qian got to China, their leaders were super excited to have such a brilliant rocket scientist join their country. Qian went to work right away, helping China develop its very first missiles and rockets.Under Qian's guidance, China was able to launch its first missile in 1960 and its first satellite into orbit in 1970. He basically helped turn China into a major space power! Qian founded top research institutes and trained generation after generation of Chinese scientists and engineers. Even though he was in his 60s, 70s and 80s, he kept working like crazy on all sorts of ambitious aerospace projects.Qian received the highest honors from China and is considered the Father of Chinese Rocketry. He won the Two Bombs, One Satellite Achievement Medal for helping China get nuclear missiles, the atomic bomb, and satellites. Qian also helped with China's first hydrogen bomb test and the Shenzhou spacecraft program to send people into space.Some people criticize Qian for using his talents to make terrifying weapons of mass destruction like nuclear missiles. But you have to remember, back in those days, the Cold War against America and Russia was raging. China needed powerful weaponsjust to defend itself and make sure it wasn't bullied by other nations. Helping China become a major nuclear power was Qian's biggest goal in life.Whether you think Qian was a genius contributing to the advancement of science or a madman helping spread doomsday weapons, there's no denying he was brilliant. He was one of the greatest scientists and engineers ever from China. Qian Xuesen lived to be 98 years old and accomplished unbelievable things in his lifetime before finally passing away in 2009.So yeah, that's the story of the incredible Qian Xuesen - China's king of rocketry and missileman extraordinaire! He was surely one of the smartest people in the whole universe. The End!篇6Qian Xuesen Was a Really Smart Scientist!Qian Xuesen was a Chinese scientist who was super duper smart! He was born in 1911 in Hangzhou, which is a city in China. When he was just a little kid, he loved studying math and science. He was such a bright student!In 1934, Qian went to study at Massachusetts Institute of Technology (MIT) in the United States. MIT is a very famousuniversity for super brainy people. While he was at MIT, Qian studied aerospace engineering. That means he learned all about designing airplanes, rockets, and spacecrafts. He was an excellent student and even became a teacher's assistant because he was so clever.After finishing at MIT, Qian got a job working on rockets and jet engines. His work helped create better planes that could fly higher and faster than before. During World War 2, he worked on top secret rocket projects for the United States military. Qian was one of the most important rocket scientists in America at that time!In 1950, something very sad happened. Qian was accused of being a communist, even though he said he wasn't. The government didn't believe him. They threw him in prison for almost 5 years! When he finally got out, they forced him to move back to China because they didn't trust him anymore. That was really unfair.When Qian went back to China, the Chinese government was very happy to have such a brilliant scientist. They put him in charge of developing rockets and missiles for China's military. Under Qian's leadership, China was able to launch its first missile in 1960 and its first satellite into space in 1970. He helped makeChina one of the most advanced countries in rocketry and space exploration.Qian worked extremely hard his whole life. He would stay up very late into the night, studying and doing research. Sometimes he would work for over 20 hours straight without taking a break! His wife would have to remind him to eat meals because he would get so focused. Qian just loved learning about math, science and engineering so much.Not only was Qian a genius at science, but he was also a great teacher. He helped train generations of students who went on to become important scientists and engineers in China. Qian wrote many books that are still used today to teach people about rockets, missiles and aerodynamics. His lessons and books have been very influential.Qian received many honors and awards for his incredible work. He was one of the founding members of the Chinese Academy of Sciences. The government gave him fancy titles like "The Father of Chinese Rocketry" and the "Pride of the Chinese Nation." On his 100th birthday in 2011, there were huge celebrations across China to honor this remarkable man.Some fun facts about Qian Xuesen:His nickname was the "Sir Isaac Newton of Modern China"He loved playing the violin to relax in his free timeHe met his wife at a school dance in the 1930s when they were studentsQian had 9 different university degrees!His dream as a child was to fly an airplaneNear the end of his life, Qian went to visit NASA and got to see the Space ShuttleQian Xuesen led a really amazing life. He overcame many challenges like going to prison unfairly. Yet he never gave up on his passion for science, math and engineering. Through his incredibly hard work and brilliant mind, Qian helped China become a world leader in rocketry and space technology. He inspired so many other scientists and engineers. Qian is truly one of the smartest and most important Chinese people in history!。
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钱学森的英文简介本文是关于钱学森的英文简介,仅供参考,希望对您有所帮助,感谢阅读。
钱学森简介Qian Xuesen (1911.12.11-20xx.10.31), the Han nationality, Wu Yue Wang Qian 镠 33rd Sun, was born in Shanghai, native of Hangzhou, Zhejiang province Lin'an. The world's leading scientist, aerodynamics, the founder of China's manned space, the Chinese Academy of Sciences and the Chinese Academy of Engineering, China's two bombs a meritorious service medal winner, known as "the father of China's space" "China's father of the missile" Automation control of the father "and" the king of the rocket ", as Qian Xuesen returned to the effectiveness of the Chinese missile, the atomic bomb launch forward for at least 20 years.In 1934, graduated from the National Institute of Mechanical and power Engineering, National Chiao Tung University, former Massachusetts Institute of Technology and California Institute of Technology professor. In 1955, in the Chairman Mao Zedong and premier Zhou Enlai's fight back to China. He joined the Communist party of China in 1959 and served as director of the Department of Modern Mechanics of the China University of Science and Technology, director of the Institute of Mechanics of the Chinese Academy of Sciences, vice minister of the Seventh Machinery Industry Department, deputy director of the National Defense Science and Technology Commission, honorary chairman of the China Science and Technology Association, Vice Chairman of the Sixth, 7th and 8th National Commissions of the Consultative Conference, Member of the Department of Mathematics and Chemistry of the Chinese Academy of Sciences, Honorary Chairman of the Chinese Astronautical Society, Senior Consultant of the General Technology Department of the Chinese people's Liberation Army, andother important positions of the China Society of Automation. , The second chairman. In 1995, approved by the Central propaganda Department and Qian Xuesen himself agreed that his alma mater, Xi'an Jiaotong University, named the library as Qian Xuesen Library, and then wrote the name of the Communist party of China by Comrade Jiang Zemin, General Secretary of the CpC Central Committee and Chairman of the Central Military Commission. October 31, 20xx Beijing time at 8:6 am, Qian Xuesen died in Beijing, at the age of 98 years old.In order to further promote Comrade Qian Xuesen patriotism, innovation, dedication of the performance and spirit, the central research, decided to Shanghai Jiaotong University Xuhui campus construction Qian Xuesen library. December 8, 20xx, to commemorate the 100th anniversary of the birth of Qian Xuesen forum held in the Great Hall of the people.钱学森人物经历Before going abroadQian Xuesen was born in 1911 in Shanghai, native of Lin'an City, Hangzhou City, Zhejiang province. In September 1923, into the Beijing Normal University secondary school.1929 was admitted to the Ministry of Railways Jiaotong University Shanghai School of Mechanical Engineering, Department of Railway Engineering, 1934 graduated from the National Jiaotong University (now Shanghai Jiaotong University and Xi'an Jiaotong University), in June to obtain the seventh session of Tsinghua University students.In September 1935, he entered the Massachusetts Institute of Technology, Department of Aeronautics, September 1936 by the Massachusetts Institute of Technology, a master's degree in aviation engineering, after the California Institute of Technology Aviation Department of learning, become the world's leading scientist von Carmen (Theodore von Kármán), and soonbecame the most important student of von Carmen.He has a master's degree in aviation engineering and a doctorate in aviation and mathematics. July 1938 to August 1955, Qian Xuesen in the United States engaged in aerodynamics, solid mechanics and rockets, missiles and other fields of research, and with the mentor to complete the high-speed aerodynamics research topics and the establishment of "Carmen - Qian Xuesen" formula, At the age of twenty-eight became a world-renowned aerodynist.In 1939, he received a doctorate in aviation from the California Institute of Technology. In 1943, he was an assistant professor at the California Institute of Technology. In 1945, he was an associate professor at the California Institute of Technology. In 1947, he was a professor at the Massachusetts Institute of Technology.In 1947, married in Shanghai and Jiang Ying. In 1949, he was the director and professor of the Jet propulsion Center of the California Institute of Technology. In 1953, Qian Xuesen formally put forward the concept of physical mechanics, advocated from the micro-law of matter to determine its macro-mechanical characteristics, opened up a new field of high temperature and pressure. In 1954, "Engineering Cybernetics" published in English, the Russian version of the book, German version, the Chinese version was in 1956, 1957, published in 1958. In 1958 he was the director of modern mechanics department of China University of Science and Technology.Was detained1949When the news of the birth of the people's Republic of China came to the United States, Qian Xuesen and his wife Jiang Ying will discuss the early return to the motherland, for their own national effectiveness. Atthis time the United States, led by McCarthy to the Communists to conduct a comprehensive tracing, and set off in the United States to drive an employee loyal to the US government's frenzy. Qian Xuesen was suspected of being a communist and refused to expose his friends, by the US military department suddenly revoked the certificate to participate in confidential research. Qian Xuesen very angry, as a reason to return home.In 1950, when Qian was ready to return home, he was stopped by US officials and imprisoned in prison. Dan A. Kimball, then chief of the US Navy, claimed that Qian Xuesen, wherever he went, On the five divisions of the troops. Since then, Qian Xuesen was persecuted by the US government, but also lost valuable freedom, he lost about 30 pounds a month or so. The immigration department copied his home and detained him for 14 days on the island of Tennessee until he received the $ 15,000 huge bail sent by the California Institute of Technology. Later, the customs confiscated his luggage, including 800 kilograms of books and notebooks. The US prosecutor once again examined all of his material before proving that he was innocent.Hard to returnIn the early 1950sQian Xuesen news of persecution in the United States soon spread to China, Chinese science and technology friends through a variety of ways to support Qian Xuesen. The CpC Central Committee is extremely concerned about the situation of the United States in the United States, the Chinese government issued a statement publicly condemned the US government in violation of their wishes in the case of imprisonment of Qian Xuesen.In 1954, a chance, he saw in the newspaper Chen Shutong standing on the tower of Tiananmen Square, the identity of the National people's Congress Standing Committee vice chairman, he decided to give the father of a good friend to write for help. While premier Zhou Enlai was very anxiousfor this time, when he was vice chairman of the Standing Committee of the National people's Congress Chen Shutong received a letter sent from the other side of the ocean. He opened a look, signed "Qian Xuesen", the original is to ask the motherland government to help him return home.In April 1954, the five countries of the United States and Britain and the Soviet Union held an international conference to discuss and resolve the DpRK issue and to restore peace in Indochina in Geneva. Zhou Enlai, head of the Chinese delegation attending the meeting, was reminded that a group of foreign students and scientists in China were detained in the United States and instructed the Americans that if the British diplomats had been able to clear the relationship with us, we should seize this opportunity and open up new Contact channel.Wang Bingnan, secretary general of the Chinese delegation, began his preliminary talks with the United States and Vice-premier of the United States on June 5, 1954. The United States has submitted a list of some US military personnel in the United States in China and detained by China, asking China to give them the opportunity to return home. In order to express China's sincerity, Zhou Enlai instructed Wang Bingnan to make concessions in the third meeting of China and the United States held on June 15, 1954, and also asked the United States to stop the detention of Chinese students such as Qian Xuesen.However, the legitimate demands of the Chinese side were unreasonably rejected by the US side. July 21, 1954, the Geneva meeting closed. In order not to interrupt the communication channel, Zhou Enlai instructed Wang Bingnan and the United States to agree that since July 22, 1954, the consular level talks in Geneva. In order to further express China's sincerity towards Sino-US talks, China released four seized US pilots.China's concessions, and ultimately to fight for the United States andother scientists to return to the United States as soon as possible, but in this critical issue, the United States on behalf of Johnson or China can not get money to learn the real reason to return, that is not let go.In 1955, after the continuous efforts of premier Chou En-lai in his diplomatic negotiations with the United States - even including the release of 11 US pilots captured in the Korean War as an exchange. On August 4, 1955, Qian Xuesen received the US immigration office to allow him Notice of return. September 17, 1955, Qian Xuesen return to the desire to finally be realized, this day Qian Xuesen carrying his wife Jiang Ying and a pair of young children, boarded the "Cleveland president" ship, set foot on the journey back to the motherland. October 1, 1955 morning, Qian Xuesen finally returned to his dream of the motherland, back to his hometown.After returning homeAfter returning, Zhou Enlai in all respects have given Qian Xuesen cordial and meticulous care, his later years Qian Xuesen also excitedly recalled a past: 1970, China's first artificial satellite "Dongfanghong" launch on the eve of premier Zhou Enlai convened the relevant Researchers in the Great Hall of the meeting, parting, premier Zhou Enlai deliberately stopped Qian Xuesen: Qian Xuesen, you do not be too tired. Qian Xuesen often said to his people, the deepest impact on his life and help the largest two people, one is the founding premier Zhou Enlai, one is his father-in-law Jiang Baili.In the same year, the State Council and the Central Military Commission, according to his proposal, set up a leading body of missile and aviation science research, the Aviation Industry Committee, and appointed the State Council and the State Council to set up a report on the establishment of the national defense aviation industry. He is a member.In 1956 to participate in China's first five years of scientificplanning to determine, Qian Xuesen and Qian Weichang, Qian Sanqiang together, was Zhou Enlai called the Chinese science and technology sector, "three money", Qian Xuesen ordered the formation of China's first rocket, missile research institute - Fifth Institute of Defense and served as the first president.In 1956, he served as director of the Institute of Mechanics, Chinese Academy of Sciences, researcher. Working in mechanics before and after 1972. At the second plenary session of the Second National Committee of the CppCC, he was elected as the second member of the CppCC National Committee.In 1957, at the Qian Xuesen initiative, the Chinese Society of Mechanics was established, Qian Xuesen was unanimously elected as the first chairman. On February 18, premier Chou En-lai signed an order to appoint Qian Xuesen as the first president of the Fifth Research Institute of the Ministry of Defense. On November 16, premier Chou En-lai appointed Qian Xuesen as the president of the Fifth Research Institute of the Ministry of Defense. In the same year, Qian Xuesen's "Engineering Cybernetics" won the first prize of the Natural Science Award of the Chinese Academy of Sciences and was elected by the Chinese Academy of Sciences. In June 1957, the preparatory Committee of the Chinese Society of Automation was established in Beijing, Qian Xuesen as chairman. In September the same year, the International Association for the establishment of the General Assembly recommended Qian Xuesen as the first IFAC Council executive director.In 1958, in order to cultivate talents for the two-player project, Qian Xuesen was founded by the University of Science and Technology of China at the request of the establishment of the "Star Trek Academy". Qian Xuesen was the director of the Department of Modern Mechanics of China University of Science and Technology and became the founding of the University of Science and Technology of China One of the people. By Du Runsheng, YangGangyi introduced to join the Communist party of China.In 1959, he was elected as the representative of the Second National people's Congress. And were elected as the third, fourth and fifth National people's Congress representatives.September 19, 1959, Qian Xuesen made a special trip from Beijing to Shanghai from Xi'an to Xi'an Jiaotong University to visit the campus, visit teachers and students.In 1960, he served as vice president of the Fifth Institute of the Ministry of Defense, and no longer serve as president of the hospital branch. Since then, Qian Xuesen's main duties have been deputy, by the fifth research institute vice president, to the seventh deputy minister of the Ministry of Machinery Industry, and then to the National Defense Science and Technology Committee, deputy director, specializing in China's national defense science and technology development of major technical problems.On November 15, 1960, under the guidance of Marshal Nie Rongzhen personally, he was appointed as the director of General Zhang Aiping, Sun Jixian, Qian Xuesen and Wang Zheng as the deputy director of the trial committee, successfully organized in China Jiuquan launch site of China's first Flight test of the missile.In 1961, he was elected as the first president of the Chinese Society of Automation. In 1962, "physical mechanics lecture" published. In 1963, "Introduction to Star Wars" published. In 1965, he served as Vice Minister of the Seventh Ministry of Machinery Industry (Missile Industry).October 27, 1966, Qian Xuesen to assist Nie Rongzhen marshal, in the Jiuquan launch site directly led the use of short-range missiles carrying atomic bomb "two bombs combined" flight experiment, a complete success. In 1968, he served as Dean of the Fifth Research Institute of the Chinesepeople's Liberation Army (today's China Institute of Space Technology).In 1969, he was elected as the representative of the Ninth National Congress of the Communist party of China and alternate member of the Ninth Central Committee. And have been elected as the tenth, eleven, twelve, thirteen, fourteen, fifteen national congress representatives, tenth, eleven, twelve Central Committee alternate members.In 1970, he served as deputy director of the National Defense Science and Technology Committee, and no longer concurrently the Fifth people's Liberation Army Research Institute.In 1979, in the United States formally established diplomatic relations, by the United States California Institute of Technology "Distinguished Alumni Award" (Distinguished Alumni Award). But Qian Xuesen did not go to the United States to accept this honor.In 1980, he was elected Vice Chairman of the First National Committee of the Chinese Association for Science and Technology. In 1986, he was elected Chairman of the Third National Committee of the Chinese Association for Science and Technology.In 1982, he served as deputy director of the Science and Technology Committee of the National Defense Science and Technology Industry Committee. Was elected honorary chairman of the Chinese Society of Mechanics. He is the Dean of the Fifth Research Institute of the Ministry of National Defense, and is also the dean of the branch of the hospital (today's China Launch Vehicle Technology Institute). "On System Engineering" published in 1988, "on the system engineering" (updated version) published.In 1984, at the fifth session of the Chinese Academy of Sciences (academician) General Assembly, was elected to the Chinese Academy of Sciences presidium executive chairman. In 1992, at the sixth session of the Chinese Academy of Sciences (academician), he was hired as honorarychairman of the Chinese Academy of Sciences.In 1985, Qian Xuesen's contribution to China's strategic missile technology, as the first prize winner and Tu Shouying, Yao Tongbin, Hao Fujian, Liang Shili, Zhuang Fenggan, Li Xu and other national science and technology progress award.In 1986, at the Fourth plenary Session of the Sixth National Committee of the Chinese people's political Consultative Conference (CppCC), he was elected Vice Chairman of the Sixth National Committee of the Chinese people's political Consultative Conference (CppCC) and elected as vice chairman of the seventh and eighth National Committee of the CppCC.In 1987, was hired as the National Defense Science and Technology Industry Committee of Science and Technology Committee senior adviser. "Scientific and Systems Engineering of Socialist Modernization" published. May 3, 1987, served as honorary chairman of the Chinese Academy of Human Sciences.In 1988, concurrently served as director of the seventh session of the National Committee of Science and Technology Committee. Won the (1985) National Science and Technology progress Award. "About Thinking Science" published. In 1988, "on human science" published. "The creation of human science", "human science and modern science and technology development perspective" and "on human science and modern science and technology" were published in 1989, 1996, 1998.In 1989, he was awarded the title of "WF Little Rockwell Medal", "World-Class Science and Engineering Celebrity" and "Honorary Member of the International Institute of Science and Technology" awarded by the International Technology and Technology Exchange Conference and the International Institute of Science and Technology. medal. "Qian Xuesen Collection (1938 ~ 1956)" published.In 1991, at the first plenary session of the Fourth National Committee of the Chinese Association for Science and Technology, he was awarded the honorary title of the Chinese Association for Science and Technology. Was elected honorary chairman of the China Aerodynamics Society (1989 renamed the China Aerodynamics Society). Was elected honorary chairman of the China Society of Systems Engineering.In 1994, at the first academician conference of the Chinese Academy of Engineering, he was elected as a member of the Chinese Academy of Engineering. "On the Geography Science" published. "Urban Science and Landscape City" published.In 1995, he was awarded the first (1994) "He Liang He Li Fund Excellence Award" (later renamed the "He Liang He Li Foundation Science and Technology Achievement Award") issued by He Liang He Li Fund.In 1995, approved by the propaganda Department of the CpC Central Committee, the Xi'an Jiaotong University Library named Qian Xuesen library, when he was chairman Jiang Zemin inscribed the name of the museum.In 1998, was hired as the pLA General Armament Department of Science and Technology Committee senior adviser. In the ninth Academy of Chinese Academy of Sciences Conference and the Chinese Academy of Engineering at the fourth academician conference, was awarded the "Chinese Academy of Sciences senior academician" "Chinese Academy of Engineering senior academician" title.In 1999, the CpC Central Committee, the State Council, the Central Military Commission awarded the "two bombs and one satellite meritorious service medal."In 20xx, "Qian Xuesen manuscript (1938 ~ 1955)" published.December 11, 20xx, Jiang Zemin visited Qian Xuesen, then Vice premier Li Lanqing also visit, "on the macro-architecture and micro-architecture","the sixth industrial revolution communications set", "create the system" published. 1995, 1996 and 1999 Jiang Zemin had three times to Qian Xuesen home to visit him.On the 90th birthday of 20xx, prof. Frank E. Marble, a friend of the United States in the United States, was commissioned by D.Baltimore, president of the California Institute of Technology, and made a special trip to Beijing to award the award and medal of the "Outstanding Alumni Award" to Qian Xuesen and elected to the China Aerospace Society Honorary chairman.December 11, 20xx 90 birthday, Qian Xuesen alma mater Shanghai Jiaotong University inscription: "I hope all the teachers and students of Shanghai Jiaotong University to inherit and carry forward the fine tradition of his alma mater, love the motherland, advocating science, the pursuit of truth, to serve the people, The first century, and strive to Shanghai Jiaotong University into a world-class university. "Qian Xuesen has always been his alma mater, fully carry forward the Jiaotong University drinking water source of the glorious tradition.October 31, 20xx Beijing time at 8:6 am, Qian Xuesen died in Beijing, at the age of 98 years old.。