1.
Synthesis of Solid Solutions and Intermetallic Compounds by Mechanical Alloying;
机械合金化制备高熔点、低熔点金属固溶体和化合物的研究
2.
Research on Interaction between Cerium and the Low Melting Point Metallic Element Lead in Steel;
钢中稀土铈与低熔点金属铅的作用规律研究
3.
Research on Interaction between Rare Earth Cerium and Low Melting Point Metallic Tin in Steel;
钢中稀土铈与低熔点金属锡的作用规律研究
4.
"Zinc: Metallic chemical element, chemical symbol Zn, atomic number 30."
锌 化学元素,周期表IIB族(锌族)低熔点金属,化学符号Zn,原子序数30。
5.
Research on the Interaction Rule between the Rare Earth Cerium and the Low Melting Point Metallic Tin in the Steel;
钢中稀土铈与低熔点金属元素锡相互作用规律研究
6.
Synthesis and Characterization of ⅡB Group Compound Nanostructures Using Low Melting Point Metals as Catalyst;
ⅡB族化合物纳米结构的低熔点金属催化合成与表征
7.
Solution-based Preparation of Low-melting Point Metal and Their Sulphide Nanomaterials;
基于液相的低熔点金属及其硫化物纳米材料的制备
8.
Lead fuse at a lower temperature than some other metals.
铅的熔点比其他一些金属低。
9.
Ferroalloy usually have lower melting ranges than do the pure elements and can be incorporated more readily in the molten steel.
铁合金的熔点通常较纯金属元素为低,并能较迅速地与钢水熔合。
10.
any low-fusing alloy used in cheoplasty (molding artificial teeth).
低熔点合金，用于低熔铸型（假牙成型）。
11.
eutectic brazing alloy
低共熔点软钎焊合金
12.
molding artificial teeth using low-fusing metals or alloys.
用低熔金属或合金做假牙铸型。
13.
metal(lic) bath
金属熔池，金属熔体
14.
Rapid growth of“ mother dendrites” in a given location of a melt at just below the liquidus temperature, that growth being the result of rapid heat extraction from the melt, or from recalescence.
在特定的熔点，以低于液相线的温度快速生成“母晶枝”，这是使熔融金属或复辉快速散热的结果。
15.
high and low frequency induction furnace combined for melting metals
高低频混合感应炉,用于金属熔化
16.
Lead will fuse at a lower temperature than some other metals.
铅熔化的温度比别的金属低。
17.
Study on Preparation of Hypoxia and Hypocalcia Rare-Earth Metal (Dy、Y) by Fused-Salt Extraction Method;
熔盐萃取法制备低氧、低钙稀土金属（Dy、Y）的研究
18.
darcet's alloy (bismuch predominating)
铋铅锡低熔点合金,（铋为主要成分）