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Study of material behavior in DAC: system Si-O (SiO_x) and compound Fe_(78)Mn_(20)Si_2

机译:DAC中材料行为研究:SYS系统Si-O(SiO_X)和化合物Fe_(78)Mn_(20)Si_2

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摘要

For the last ten years or so, the gasketed diamond anvil cell (DAC) has become the standard tool for the generation of high pressures. Compared with the classic hydraulic piston-cylinder devices, a DAC is three to four orders of magnitude less massive, and will generate static pressures one to two orders of magnitude higher than previous devices. In this paper, we attempt to give an understanding of the gasket behavior which will be helpful to the worker requiring routine and reliable use of a DAC in the submegabar pressure range.
机译:在过去的十年左右,垫圈金刚石砧座(DAC)已成为产生高压的标准工具。与经典的液压活塞 - 气缸器件相比,DAC的大小为3至四个数量级,并且将产生比以前的设备高一到两个数量级的静态压力。在本文中,我们试图了解垫片行为,这将有助于工作人员在子宫内压力范围内的常规和可靠地使用DAC。

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