Determination of the effective atomic numbers of light composite materials

机译：轻质复合材料有效原子序数的确定

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, it is necessary to use detectors with high energy resolution, due to the need to distinguish between spectrum lines of coherent and incoherent scattering of gamma-rays. Using a solid state Ge(Li) detector, we developed a method for the determination of the effective atomic number, Z

机译：，由于需要区分伽马射线的相干散射和非相干散射的谱线，因此必须使用具有高能量分辨率的检测器。使用固态Ge（Li）探测器，我们开发了一种确定有效原子序数Z的方法

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《IEEE Instrumentation and Measurement Technology Conference;I2MTC '09》|2009年|477-481|共5页
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Athanassiadis, K.N.;
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Dept. of Autom. Alexander Technol. & Educ. Inst. Thessaloniki Greece;

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Rayleigh scattering; composite materials; gamma-ray applications; radioactivity measurement; change determination; coherent scattering; composite materials degradation; effective atomic numbers determination; incoherent scattering; inelastic scattering; light composite materials; nondestructive control; solid state detector; spectrum lines; textolite; γ-detector; Compton scattering; effective atomic number; measurement uncertainties;

机译：瑞利散射；复合材料;伽马射线应用；放射性测量；变更决定；相干散射复合材料降解；有效原子序数确定；非相干散射非弹性散射轻质复合材料；无损控制；固态探测器频谱线织物γ探测器康普顿散射；有效原子序数测量不确定度;

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3. Determination of total mass attenuation coefficients, effective atomic numbers and electron densities for different shielding materials [J] . Y. Elmahroug, B. Tellili, C. Souga Annals of nuclear energy . 2015,第jana期

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4. Determination of the Effective Atomic Numbers of Light Composite Materials [C] . K.N. Athanassiadis IEEE Instrumentation Measurement Technology Conference . 2009

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Determination of the effective atomic numbers of light composite materials

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