Volumetric Properties of Lithium–Lead Melts
Volumetric Properties of Lithium–Lead Melts
复制标题
锂铅熔体的体积特性
DOI：
10.1007/s10765-016-2165-7
复制
发表时间：
2017
影响因子：
2.2
通讯作者：
I. Savchenko
中科院分区：
文献类型：
--
作者：
R. A. Khairulin;R. Abdullaev;S. Stankus;A. Agazhanov;I. Savchenko
液态锂和锂铅合金的密度（10.02at.% Pb，14.98原子% Pb，18.06原子%铅，20.02原子%铅，22.24原子%铅，23.09原子% Pb，25.10原子% Pb，30.15原子% Pb，38.21原子% Pb，40.11原子%铅，43.08原子% Pb，46.65原子% Pb，50.15原子% Pb，60.23原子% Pb，70.01原子% Pb，83.00 at.% Pb，84.30at.%用γ射线衰减技术测量了从液相线到1050 K温度范围内的Pb（Ⅱ）的γ射线衰减。阐明了液相线在Li-Pb相图中的位置。建立并讨论了Li-Pb液体体系的摩尔体积和体积热膨胀系数随组成的变化关系。
The density of liquid lithium and lithium–lead alloys (10.02 at.% Pb, 14.98 at.% Pb, 18.06 at.% Pb, 20.02 at.% Pb, 22.24 at.% Pb, 23.09 at.% Pb, 25.10 at.% Pb, 30.15 at.% Pb, 38.21 at.% Pb, 40.11 at.% Pb, 43.08 at.% Pb, 46.65 at.% Pb, 50.15 at.% Pb, 60.23 at.% Pb, 70.01 at.% Pb, 83.00 at.% Pb, and 84.30 at.% Pb) has been measured using the gamma-ray attenuation technique over the temperature range from the liquidus line to 1050 K. The position of the liquidus curve in the Li–Pb phase diagram has been clarified. The compositional dependencies of molar volume and volumetric thermal expansion coefficient of the Li–Pb liquid system have been constructed and discussed.