Abstract

The data of X-ray diffraction characteristics of silver thiogallate (AgGaS₂) single crystals grown by the Bridgman–Stockbarger (BS) method on the (001) face and chemical transport reactions (CTRs) on the (100) face are presented. The X-ray conductivity coefficient of AgGaS₂ at 298 K varies within 0.97–10.63 and 0.22–3.20 min/R for samples grown by the BS and CTR methods, respectively, at an effective radiation hardness of \({{V}_{a}}\) = 25 to 50 keV and dose rate \(E\) = 0.75–78.05 R/min. The dependence of the stationary X-ray current on the X-ray dose in AgGaS₂ single crystals has a power-law character.

中文翻译：

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AgGaS2 单晶在面 (001) 和 (100) 上的 X 射线灵敏度对辐射剂量和硬度的依赖性

摘要

_{展示了通过 Bridgman-Stockbarger (BS) 方法在 (001) 面上生长的硫代没食子酸银 (AgGaS 2} ) 单晶的 X 射线衍射特性数据和在 (100) 面上的化学输运反应 (CTR) 数据。_{对于通过 BS 和 CTR 方法生长的样品，AgGaS 2}在 298 K 时的 X 射线传导系数分别在 0.97-10.63 和 0.22-3.20 min/R 范围内变化，有效辐射硬度为\({{V}_{ a}}\) = 25 至 50 keV，剂量率\(E\) = 0.75–78.05 R/min。_{AgGaS 2}单晶中固定X射线电流对X射线剂量的依赖性具有幂律特性。