Examples of using Goodenough in English and their translations into Chinese
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John Goodenough, a key scientist in the development of modern batteries, says research now is focused mainly on improving lithium batteries.
磷酸锂铁之父、现代电池发展的一名重要科学家JohnGoodenough教授表示，现在的研究主要关注于改善锂电池的寿命。After Exxon blew up a couple labs, they got out of the advanced battery industry,” recalled Goodenough.
在埃克森美孚炸毁了几个实验室之后，他们就退出了先进的电池行业，”古德内足回忆说。Whittingham developed the first functional lithium battery in the early 1970s, and Goodenough then doubled the battery's potential.
惠廷汉姆于上世纪70年代初开发出第一个功能性锂电池，然后古德纳夫将该电池的潜力提高了一倍。Queen Elizabeth II visits Goodenough College, the leading residential community for British and international postgraduate students studying in London, Britain on Dec. 1, 2016.
女王伊丽莎白二世于2016年12月1日访问伦敦期间，访问了伦敦学习的英国和国际研究生的领先住宅社区GoodenoughCollege。It is the forms of things that people have in mind, their models for perceiving, relating, and otherwise interpreting them” Goodenough[1957] 1964.
它是人们头脑中事物的某种形式，是人们感知、表述甚至解释这些事物的模式”(Goodenough,1957；p.167)。In the early 1970s, Whittingham developed the first functional lithium-ion battery, and in the following decade, Goodenough found a way to double the battery's potential.
年代初，Whittingham开发了第一个功能性锂离子电池，在随后的十年中，Goodenough找到了一种使电池潜力翻倍的方法。Goodenough(John Banninger Gudinav).
Goodenough（约翰・班宁斯特・古迪纳夫）。I team,” Goodenough said.
我们已经知道了，Goodenough说。The oil crisis makes Goodenough interested in batteries.
石油危机激发Goodenough对电池的兴趣.Goodenough is a co-recipient of the 2009 Enrico Fermi Award.
Goodenough还是2009年恩里科·费米奖（EnricoFermiAward）的共同获得者。Goodenough is a co-recipient of the 2009 Enrico Fermi Award.
Goodenough仍是2009年恩里科·费米奖（EnricoFermiAward）的一同取得者。Goodenough: Cost, safety, energy density, volumetric energy density.
古迪纳夫博士：成本、安全、能量密度、单位体积能量密度。Professor Goodenough continues to work on new battery technology at UT Austin.
Goodenough教授继续在德州大学奥斯汀分校研究新的电池技术。Goodenough doubled the battery's potential in the following decade.
在接下来的十年里，古德沃勒将电池的潜力翻了一番。Goodenough's seminal work on LCO cathodes at Oxford was published in 1980.
Goodenough在牛津大学关于LCO阴极的开创性工作是出版在1980中。On February 1, 2013, Goodenough was presented with the National Medal of Science.
在2013年，Goodenough取得美国国家科学奖章。Goodenough found that the use of polyanion positive electrode will produce a higher voltage.
Goodenough发现选用聚合阴离子的正极将发生更高的电压。On February 1, 2013, Goodenough was presented with the National Medal of Science.
在2013年，Goodenough获得美国国家科学奖章。Goodenough's battery used different materials in the cathode and so was much more stable.
Goodenough的电池在阴极中使用了不同的材料，因此更加稳定.The story of the lithium-ion battery cannot be told without talking about John Goodenough.
了解锂电池的历史，就不能不提起JohnGoodenough的传奇故事。
