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首页> 外文期刊>Journal of Non-Crystalline Solids: A Journal Devoted to Oxide, Halide, Chalcogenide and Metallic Glasses, Amorphous Semiconductors, Non-Crystalline Films, Glass-Ceramics and Glassy Composites >Diamagnetic susceptibility of molten Ag(Cl_(1-x)I_x)
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Diamagnetic susceptibility of molten Ag(Cl_(1-x)I_x)

机译：熔融Ag（Cl_（1-x）I_x）的抗磁化率

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摘要

The magnetic susceptibility of molten Ag(Cl_(1-x)I_x) was measured as a function of temperature below the liquidus temperature and up to 1050 deg C. The diamagnetic susceptibility of AgCl increases with increasing temperature after melting, while the susceptibility of molten AgI does not change on melting and its value decreases only slightly with increasing temperature in the liquid state. The temperature in the liquid state. The temperature coefficients of the susceptibilities in AgCl rich region are rather larger than those in AgI rich region. The susceptibility isotherm of molten Ag(Cl_(1-x)I_x) at 700 deg C is almost linear with composition in each AgCl or AgI rich region. However, there appears a discontinuity in the linear relation around equi-molar fraction. We suggest that there is a difference of the bonding between AgCl and AgI rich region.
机译：测量了熔融Ag（Cl_（1-x）I_x）的磁化率与液相线温度以下以及最高1050摄氏度的温度的关系。熔化后，AgCl的抗磁化率随温度的升高而增加，而熔融态的磁化率AgI在熔化时不会改变，其值只会随着液态温度的升高而略有下降。液态温度。 AgCl富集区的磁化率温度系数比AgI富集区的磁化率温度系数大。熔融Ag（Cl_（1-x）I_x）在700℃的磁化率等温线几乎与每个富集AgCl或AgI的区域的成分成线性关系。但是，等摩尔分率周围的线性关系不连续。我们建议AgCl和AgI富集区域之间的键合存在差异。

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