lead fluoride
英 [liːd ˈflɔːraɪd]
美 [liːd ˈflɔːraɪd]
网络 氟化铅
双语例句
- The results showed that the bandwidth properties and gain performance of Er 3+-doped silicate and germanate glasses increased due to addition of heavy metal lead fluoride.
研究结果表明重金属PbF2的加入提高了掺Er3+硅酸盐玻璃和锗酸盐玻璃的带宽特性和增益性能；首次在Er3+/Yb3+共掺和Er3+单掺硅酸盐玻璃发现上转换蓝光； - Characteristics and Forming Mechanism of Needle Inclusions in Lead Fluoride Crystals
氟化铅晶体中针状包裹体的特征及形成机理 - Study on the origin of needle_like defects in lead fluoride crystal
氟化铅晶体中针状缺陷的成因研究 - Scattering Particles in Lead Fluoride Crystals
氟化铅晶体中的散射颗粒 - New growth method for lead fluoride crystal with strong Cherenkov effect
氟化铅晶体的生长新技术及其Cherenkov辐射效应 - Large size crystal growth for beta-lead fluoride
大尺寸氟化铅晶体的生长 - Optical Transmission and Its Affecting Factors of Lead Fluoride Crystal
氟化铅晶体的透光能力及其影响因素 - We study the "devitrifying" phenomena of acrylic fiber in the compactification process. Transmission Loss of Lead Fluoride Crystals
腈纶纤维在致密化过程中产生失透。PbF2晶体失透问题的研究 - Energy-upconversion meterials were produced by adding Er~ ( 3+) and Yb~ ( 3+) ions to lead fluoride, zirconium fluoride or zinc fluoride under specific conditions.
在氟化锌（ZnF2）或氟化锆（ZrF4），氟化铅（PbF4）等基质材料中加入不等量的Er3+及微量Yb3+离子，在特定的条件下制作成能量上转换材料。 - Lead fluoride ( PbF 2) crystal is a promising radiation material for use in Cherenkov detectors in high energy physics experiments.
氟化铅晶体是一种性能优异的Cherenkov辐射材料，在实验高能物理领域被用作Cherenkov探测器，有广泛的应用前景。 - Fluorescent Peculiarity of Lead Fluoride Crystal Doped with Tb~ ( 3+) Ions
Tb掺杂氟化铅晶体的发光特征 - Fluoride powder containing large amounts of water is inclined to be liquefied, which will lead to the shipping wreck. As more and more accidents happen, researchers begin to investigate the causes of fluoride powder liquefaction.
氟石粉在海运途中因运输水分含量过高会发生液化从而发生沉船事故。随着越来越多此类沉船事故的发生，人们意识到探讨氟石粉液化成因的重要性。 - Conclusion: Fluoride load in rats show increased trend with long time and high dose. Fluoride can lead to osteoporosis at a long time and high dose, there is a certain relationship between fluoride and active osteoclast function.
结论：染氟后大鼠体内氟负荷量随着时间和剂量基本呈递增趋势；高剂量长时间染氟导致骨质疏松，与破骨细胞的功能活跃有一定的关系。 - Lead and zinc smelting wastewater is mainly characterized by low pH, high concentration of zinc, lead, copper, arsenic, fluoride and other impurities. Its component is complicated and treatment process is very difficult.
铅锌冶炼废水主要表现为低pH值，高浓度锌、铅、铜、砷、氟等杂质，成分复杂且处理困难。