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Cryogenics at the end of the 19th and the first half of the 20th century (1880-1940)

机译:20世纪19年代末和20世纪上半叶的低温(1880-1940)

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On the 10 July 1908 Heike Kamerlingh Onnes succeeded in the first liquefaction of helium. A very long preparation was necessary before Onnes succeeded. The underlying technological framework from his predecessors was mainly formed by the ingenious discoveries of Dewar. Onnes started with his cascade process of air liquefaction in 1892. In 1898 Dewar liquefied hydrogen for the first time and in 1906 the large hydrogen liquefier of Onnes was ready for use. The main part of this review concerns the first liquefaction of helium, for which the preparation of helium gas from monazite sand was needed, the construction of the liquefier and the mercury compressor of Cailletet, eventually rewarded with the first successful liquefaction. Subsequently, the later developments will be reviewed, i.e. Simon's expansion apparatus (1932), the helium liquefier of Kapitza (1934), and finally the Collins liquefier (1940-1947). This concludes the first half of the history of low temperature physics, after which a new area starts.
机译:1908年7月10日,Heike Kamerlingh Onnes成功地将氦气第一次液化。在Onnes成功之前,需要进行很长的准备。他的前任的基础技术框架主要是由杜瓦瓶的巧妙发现形成的。 Onnes于1892年开始进行空气液化的级联过程。1898年,杜瓦瓶首次将氢液化,1906年,大型的Onnes氢液化器投入使用。本文的主要内容涉及氦的第一次液化,这需要用独居石砂制备氦气,液化器的建造和Cailletet的压汞机,并最终获得了首次成功的液化。随后,将对后来的发展进行评论,即西蒙的膨胀装置(1932),卡皮察的氦液化器(1934),最后是柯林斯液化器(1940-1947)。到此结束了低温物理学史的上半部分,然后开始了新的领域。

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