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ABSTRACTA new opposed type double-stage large volume cell has been developed to compress large volume samples to more than 100?GPa (Mbar) pressure. A pair of second-stage diamond anvils is introduced into the first-stage Paris–Edinburgh press. The double-stage large volume cell allows the generation of ultrahigh pressures using a large culet diameter of the second-stage diamond anvils (diameters of 0.5–1.2?mm). Pressure generation up to 131?GPa has been achieved by using the culet diameter of 0.5?mm. Sample volume of the double-stage large volume cell can be more than ~100 times larger than that of conventional Mbar experiment using a diamond anvil cell. The double-stage large volume cell has a large opening in the horizontal plane for X-ray measurements, which is particularly suited for the multi-angle energy dispersive X-ray diffraction measurement, thus opening a new way of in situ structural determinations of amorphous materials at Mbar pressures. 相似文献
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Eugene N. Avrorin 《高压研究》2013,33(1-6):822-825
Abstract Different theoretical models giving information about equations of state near 100 Mbar pressure are discussed. Experiments providing data on the shock compressibility of Al, Fe, Pb are described. An international superhigh pressure equation of state experiment is proposed. 相似文献
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