Nobel began to expe... SI Hajdu - 《Annals of Clinical & Laboratory Science》 被引量: 20发表: 2009年 Creating the Twentieth Century: Technical Innovations of 1867-1914 and Their Lasting Impact (review) Smil chose the year 1867 apparently because of the introduction of the first electric ...
In the article, the author discusses the reasons why the invention of the microphone by German Emile Berliner in 1876 adversely affected music listening. He claims that the artificial amplification device has seriously damaged the good taste of listeners. He also cites the criticism by Argentinean ...
Alfred Nobel, a Swedish - born chemist, who died in 1896, at one time believed that his invention of explosives (炸药) could bring wars to an end, But later he found he was wrong.Nobel was born in Sweden in 1833. With only one year of formal schooling, he became a chemist and ...
2.Alfred Nobel believed___. A. he would become the richest person of the world B. his invention could stop wars in the world C. the Nobel Prizes could be world - famous D. no one could use his invention to start wars 3.All
aTovex has been an important break through in explosives since the invention of dynamite by Alfred Nobel more than a century ago. Dynamite has served the industry well but hazards associated with the use, manufacture, transportation, storage and toxic nature has been the cause of serious concern...
Alfred Nobel, Swedish chemist, engineer, and industrialist who invented dynamite and other explosives. He also founded the Nobel Prizes, which were supported by his fortune after his death. He made other inventions, such as artificial silk and leather, a
The invention of dynamite in 1867 and that of gelignite in 1875 by Alfred Nobel are two examples of invention that would be due to chance. Born into a family of industrialists, Nobel, like many historical entrepreneurs, was born into the corporate world where he learned the professions of ...
Subsequently, he became a Reader at Zurich in 1918 and a Professor in 1919 (9, 10). He was a co- recipient of the Nobel Prize in Chemistry (1937) "for his investigations of carotenoids, flavins and Vitamins A and B2" (10). He later was Rector at Zurich, 1950-51 (9). 展开 ...