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A growing industry that could use some chemistry

机译:一种可以使用一些化学的不断增长的行业

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Chemists are often confused by the common usage of terms such as 'chemical free' and 'organic'. For example, when my shampoo bottle is labelled as 'chemical free', I often wonder if it is a miraculous bottle housing a perfect vacuum. Similarly, the adjective 'organic' in organic agriculture does not mean that a farmer can use any matter with carbon atoms as a chemist might presuppose. The term 'organic' is ironically used, among other things, to denote the absence of certain organic molecules such as herbicides, insecticides and fungicides. The molecules that are not used in organic agriculture also happen to represent some of the greatest innovations in chemistry, including the Haber process for the production of ammonia, which allowed the development of modern fertilisers, Gerhard Schrader's invention of organophosphates as insecticides, John Franz's synthesis of glyphosate, and many others.
机译:化学家们通常被术语的常见用法混淆,例如“无化学”和“有机”。 例如,当我的洗发水瓶被标记为“无化学”时,我常常想知道它是否是一个奇迹瓶,容纳一个完美的真空。 同样,在有机农业中的形容词“有机”并不意味着农民可以用碳原子用作化学家可能预先假定的任何问题。 术语“有机”在讽刺基础上除了携带某些有机分子如除草剂,杀虫剂和杀菌剂的讽刺意义。 在有机农业中不用于有机农业的分子也代表了化学的一些最大创新,包括生产氨的成熟过程,这使得现代肥料的发展,格哈德·施拉尔的有机磷的发明,作为杀虫剂,约翰弗兰兹的合成 草甘膦和许多其他人。

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