Successful cases of studious celebrities 1:
An important secret of Lu Xun's success is to cherish time. When Lu Xun was twelve years old in a private school in Shaoxing City, his father was seriously ill and his two younger brothers were still young. Lu Xun not only often goes to pawn shops and pharmacies, but also helps his mother with housework. In order not to affect his study, he must make accurate time arrangements.
Since then, Lu Xun has been squeezing time almost every day. He said:&; Ldquo time is like water in a sponge. As long as you squeeze it, it will always exist. & amprdquo Lu Xun has a wide range of reading interests, and he likes writing. He is also deeply interested in folk art, especially legends and paintings. It is precisely because he has a wide range of knowledge and studies in many ways that time is very important to him. He has been ill all his life, and his working conditions and living environment are not good, but he will not give up until late at night every day.
In Lu Xun's eyes, time is like life. & ampldquo Americans say that time is money. But I think: time is life. If you waste other people's time for no reason, it is tantamount to killing people for money. & amprdquo So, Lu Xun hates those &; Ldquo All day long, the boss is running around, and his family is sitting in the west chatting &; Some people, when he is busy with work, if someone comes to talk to him or chat with him, even if he is a good friend, he will be rude to others:&; Ldquo, there you go again. Don't you have anything else to do & amprdquo
Celebrities are diligent and eager to learn success stories 2:
There is a book, have you read it? The name of this book is The Story of Diligence and Learning. There are many stories about celebrities' hard work in this book, and I will tell one of them: Helen &; Middot Keller, I believe everyone knows, right? She is a famous American woman writer. When she was a child, she was seriously ill, which made her blind and deaf. When Helen was seven years old, her parents hired a teacher to help her with her study. However, Helen can't see or hear. How does she learn? So the teacher thought of a way: first give her a doll to play with, and then write the word doll on her palm to let Helen know what a doll is. Therefore, Helen soon fell in love with this learning method. Since then, Helen has studied like this. She remembered them one by one. Over time, she learned many words. You can think about what difficulties Helen has to overcome as a deaf and blind child. But she was not afraid of difficulties, studied life with amazing perseverance, and eventually became a world-famous writer. Now, people's living conditions and learning conditions are much better, so there is no need to&; Ldquo poaches and steals light &; Rdquo, not to mention imitation &; Ldquo straight beam &; Rdquo But the diligent spirit of the ancients is worth learning. We are all healthy people, more than Helen &; Middot Keller is much better. As long as we learn not to be afraid of difficulties, not to give up halfway, to study hard and to succeed, we will certainly succeed. The article is ever-changing and tireless.
There are many people who are good at modifying their own articles at all times and in all countries. Cao Xueqin wrote A Dream of Red Mansions & ldquo Review for Ten Years, with five additions and deletions &; rdquo。 Tolstoy wrote War and Peace, which was revised seven times. Marx would rather burn his manuscript than leave his unprocessed works. Flaubert was a French critical realist writer in the19th century. One day, Mo Bosang went to Flaubert for consultation with a new book. He was puzzled to see that the manuscript on Flaubert's desk had only one line on each page, and the other nine lines were blank. Flaubert said with a smile, & ldquo This is my habit. I'll only write one of the ten lines of manuscript paper, and leave the other nine lines for revision. & amprdquo
The success stories of celebrities who are diligent and eager to learn 3:
The development of China's space industry is linked to Qian Xuesen's name. Qian Xuesen191/KLOC-0 was born in Shanghai in June, and graduated from Shanghai Jiaotong University in February. 1935 studying in the United States, 1938 studying in Feng, a famous expert of California Institute of Technology? Carmen got her doctorate under her guidance. From 65438 to 0943, he cooperated with Marina to complete the review and preliminary analysis of the research report on long-range rockets, which laid a theoretical foundation for the successful development of surface-to-surface missiles and sounding rockets in the United States in the 1940s. Its design idea is used for&; Corporal ldquo, female soldier &; Rdquo sounding rockets and&; Ldquo private a &；; Rdquo's experience in the actual design of missiles directly led to the United States &; Sergeant ldquo rdquo successfully developed a surface-to-surface missile, becoming the first rocket engine in the United States with composite propellant. Lsquo Polaris. And. Ldquo militia &; Rdquo, and. Ldquo Poseidon; Pioneers of missiles and anti-ballistic missiles.
Since then, Qian Xuesen has made many pioneering contributions to aviation engineering theory in ultra-high speed transonic aerodynamics and thin shell stability theory. The theory of high-speed sonic flow put forward by him and Carmen provides a basis for aircraft to overcome sound barrier and thermal barrier. The Carmen-Qian Xuesen formula named after him and Carmen has become an authoritative formula in aerodynamic calculation and has been used in aerodynamic design of high subsonic aircraft. Because of his outstanding achievements in the theory of rocket technology and 1949' s functional assumption of nuclear rocket, he was recognized as an authoritative scholar of rocket technology at that time. From 65438 to 0955, Qian Xuesen broke through the obstacles of the American authorities and returned to the motherland to devote himself to the creation of China's space industry. 1956, 17 In February, he submitted to the State Council his opinions on the establishment of China's defense industry, and put forward an extremely important implementation plan for the development of China's rocket technology. In June 5438+10, he was ordered to set up the first rocket research institute in China &; Mdash& ampmdash The Fifth Research Institute of the Ministry of National Defense, and served as the first president.
Then, he served as the technical director of space development for a long time. With his participation, China successfully launched its first imitation rocket on June 1960+0 1, and China's first self-designed short-range rocket was successfully tested on June 29th 1964. 1965, Qian Xuesen suggested that the development plan of artificial satellite should be made and put into the national task, so that China's first satellite could travel in space in 1970.
In the early 1950s, Qian Xuesen developed cybernetics into a technical science & mdash& ampmdash engineering cybernetics provided the basis for aircraft guidance theory. He also founded the widely used system engineering theory. Because of Qian Xuesen's outstanding achievements in China's space science and technology, 1989, the International Institute of Technology awarded him the Rockwell Medal. 199 1 10, awarded by our government as & ldquo; outstanding scientist &; The title of rdquo.