Gamma attenuation attributable to xenon and carbon dioxide carrier gas in radioactive xenon assay samples has been calculated using Monte Carlo n-Particle (MCNP) transport code for the 0.65 mL flame sealed ampoule (bean), and 15 mL and 50 mL Schlenk tube geometries. The attenuation was correlated as a % loss per standard mL of carrier gas. High Purity Ge gamma spectroscopy experiments were performed to measure against the MCNP results. The experimental results from the ¹³³Xe in xenon carrier gas in a bean geometry showed 0.97 ± 0.4% loss per standard mL xenon, which was in agreement with the MCNP predictions.

已使用 0.65 mL 火焰密封安瓿 (bean) 和 15 mL 和 50 mL Schlenk 管几何结构的 Monte Carlo n-Particle (MCNP) 传输代码计算可归因于放射性氙测定样品中的氙和二氧化碳载气的伽马衰减。衰减与每标准毫升载气的损失百分比相关。进行高纯度 Ge 伽马能谱实验以对照 MCNP 结果进行测量。^{在 bean 几何形状中，氙载气中的133} Xe的实验结果显示每标准 mL 氙损失 0.97 ± 0.4%，这与 MCNP 预测一致。