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电子探针发明之前,新矿物的化学组成往往要经过对岩石或矿石的破碎、分选,然后再进行化学分析或其他分析才能获得。这样,不但要付出辛勤劳动和花费很多时间,还可能因挑选不纯而造成误差。尤其是,这种方法对于仅有微米大小的颗粒或呈紧密连生的新矿物分析是无能为力的。电子探针具有的独特功能,为新矿物的发现与分析提供了一种极好的手段,并已发挥了重要作用。为了表彰电子探针的发明者
Before the invention of the electron probe, the chemical composition of new minerals was often obtained by crushing and sorting rocks or ores, followed by chemical or other analyzes. In this way, not only hard work and time are required, but also errors due to impure selection. In particular, this method is incapable of analyzing particles of only micrometer size or of new minerals in close association. The unique capabilities of electronic probes provide an excellent tool for the discovery and analysis of new minerals and have played an important role. In recognition of the inventor of the electronic probe