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From Slags to Molten Salts to Ionic Liquids: a 50 year joyride.

机译:从炉渣到熔盐再到离子液体:50年的骑行之旅。

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In the 1950's the literature on liquid silicates was mostly concerned with their function as scavengers for unwanted components in the metals extraction process. The slags were described as collections of oxide molecules. Then John Bockris, at Imperial College of Science, London, entered the scene to end this nonsense, and introduced the term "ionic liquids" for the first time. My M.Sc. Advisor in Chemical Metallurgy at Melbourne University, Mervyn Willis, told me this was the way to go, so I dropped the PbO-FeO-Fe_2O_3 -SiO_2 4D phase diagram project I had been working on and joined Bockris' group (now at Penn) in 1956. That started a long journey through liquid silicates, molten salts, concentrated aqueous and non-aqueous solutions and back to ionic liquids, touching many personalities and countries, about which I would like to tell something. We take this opportunity to bring together in the same document, two fundamental energy level diagrams (4 decades apart in their development) that deal with the ionic liquid states of electrons, on the one hand, and protons, on the other.
机译:在1950年代,有关液态硅酸盐的文献主要关注的是它们在金属提取过程中作为清除有害成分的清除剂的功能。炉渣被描述为氧化物分子的集合。然后,伦敦帝国理工学院的约翰·博克里斯(John Bockris)进入现场结束了这种胡说八道,并首次引入了“离子液体”一词。我的硕士墨尔本大学化学冶金学顾问Mervyn Willis告诉我这是必须走的路,所以我放弃了我一直在从事的PbO-FeO-Fe_2O_3 -SiO_2 4D相图项目,并加入了Bockris小组(现为Penn) 1956年。那是一段漫长的旅程,经历了液态硅酸盐,熔融盐,浓水溶液和非水溶液,再回到离子液体,触及了许多名人和国家,我想向他们介绍一下。我们借此机会将两个基本能级图(在其发展过程中相距40年)汇集在同一份文档中,它们一方面处理电子的离子液体态,另一方面处理质子。

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