溴化镧探测器,Lanthanum bromide detector
1)Lanthanum bromide detector溴化镧探测器
1.Lanthanum bromide detector is a new kind of scintillation detector appeared recent years.本文使用通用蒙特卡罗模拟软件包Geant4,结合实验数据对溴化镧探测器的γ能谱进行了模拟计算和特性研究,论证了便携式核素识别仪中使用溴化镧探测器的可行性,在实验条件有限的情况下为能谱分析算法的开发提供了可靠的能谱参考数据。
英文短句/例句
1.Experimental research of LaBr_3 detector in detecting high energy γ rays溴化镧探测器在高能射线探测中的实验研究
2.A Multi-channel Data Acquisition Circuit for LaBr3 Detector一种用于溴化镧探测器的小型多道采集电路
3.Monte Carlo simulation of gamma-ray spectra using a LaBr3 detector溴化镧探测器γ能谱的MC模拟及特性研究
4.Determination of Chloride and Bromide in La_2Ov_3 by Subsidence Separation-Ion Chromatography沉淀分离-离子色谱法测定氧化镧中氯和溴
5.ENERGY TRANSFER AMONG T_b~(3+) IONS IN L~aOB_r: T_b PHOSPHORS溴氧化镧铽荧光粉中铽离子间的能量转移
6.Chemiluminescence Analysis of Galantamine Hydrobromide with a Nanometer Microreactor纳米微反应器化学发光法测定氢溴酸加兰他敏
7.lithium bromide absorption water heater溴化锂吸收式热水器
8.mercruy telluride-cadmium telluride detector碲化汞-碲化镉探测器
9.Photometric Determination of Trace of Manganese by Its Catalytic Oxidation of Bromothymol Blue with Potassium Bromate;溴酸钾氧化溴百里酚蓝催化光度法测定痕量锰
10.A new method for determining the bromine content in brominated polystyrene was studied.提出了测定溴化聚苯乙烯中溴含量的方法。
11.Study on The Separation and Determination of Lanthanum and Cerium Respectively from Light Lanthanides从轻稀土元素中分离并测定镧及铈的探讨
12.mercuric iodide X-ray detector碘化汞x射线探测器
13.metal-oxide-metal detector金属－氧化物－金属探测器
14.silver halide particle-track detector卤化银粒子径迹探测器
15.CdTe nuclear radiation detector碲化镉核辐射探测器
16.Study on synthesis of lanthanum-doped bismuth titanate powder by hydrothermal method and on its photocatalytic performances水热合成掺镧钛酸铋粉体及其光催化性能探讨
17.Determination of Trace Bromate in Water and the Pilot Study of Catalytic Ozonation in Reducing the Yield of Bromate;水中痕量溴酸根的测定与催化氧化控制溴酸根的初步研究
18.The Design, Construction and Performance Test of the Barium Fluoride Detector;氟化钡探测器的设计组装和性能测试
相关短句/例句
Lanthanum tribromide三溴化镧
3)lanthanum bromide溴化镧
4)lanthanum oxybromide溴氧化镧
5)LaBr 3·3H 2O三水溴化镧
6)Lanthanum (samarium) tribromide三溴化镧(钐)
延伸阅读
溴化镧分子式：LaBr2CAS号：性质：熔点783℃。在水中溶解度较大，并随温度增加而增大。在醇中溶解度随碳链增加而下降，在醚、二氧六环和四氢呋喃中溶解度较小，于磷酸三丁酯中溶解度较大。在稀溶液中是典型的1:3电解质。在浓度0.05mol/L溶液中活度系数与Debye-Hucked理论推导结果相符。用Co/Br2、CBr4、S2Br2或S2Cl2/HBr等做试剂和氧化镧反应而制备。
