1.
Preparation of LiMn_2O_4 by Low Temperature Molten-Combustion Method
低温熔盐燃烧法制备LiMn_2O_4
2.
Preparation of Magnetic Alloy Film via Low Temperature Molten Salt Electrochemistry
低温熔盐电化学制备CoNiFe磁性合金膜
3.
Low Temperature Molten-Salt Synthesis and Electrochemical Properties of LiV_3O_8 Nanobelts
LiV_3O_8纳米带的低温熔盐合成及其电化学性能(英文)
4.
Investigation of Solar Grade Silicon by Direct Electrolytic Reduction of Silica Optical Fiber Wastes in Low Temperature Molten Salt;
低温熔盐电解石英光纤废料制备太阳能级硅的研究
5.
Low Temperature Hydrothermal Method and Molten Salt Method Synthesis of Magnetic Powders and Its Characterization;
低温水热法及熔盐法制备磁性粉体及其表征
6.
EFFECT OF DUAL-PULSES ON Al-Mn ALLOY COATINGS ON IRON ELECTRODEPOSITED WITH A LOW TEMPERATURE MOLTEN SALT BATH
双脉冲镀对低温熔融盐镀Al-Mn合金层的影响
7.
Lead fuses at a low temperature.
铅在低温下就熔化。
8.
The melting sticking occurred when the melting point of materials is lower than the drying temperature.
物料熔点低于干燥温度时容易产生热熔性粘壁。
9.
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
10.
treated by heating to a high temperature but below the melting or fusing point.
将之加热至高温但又低于熔点。
11.
Lead will fuse at a lower temperature than some other metals.
铅熔化的温度比别的金属低。
12.
Effect of ESR on Cryogenic Toughness of Austenitic Steel
电渣重熔对奥氏体钢低温韧性的影响
13.
Study on a New Process for Alkalline Smelting Bismuth Sulfide Concentrate at Low Temperature
硫化铋精矿低温碱性熔炼新工艺研究
14.
Investigation on nanosized fuse-promoting adhesives of super low temperature ceramics glaze
陶瓷超低温釉纳米助熔粘接剂的研究
15.
The product is compatible with pad-dyeing hot melt process, high temperature-pressure dip-dyeing process and low temperature adsorbing and fixing dip-dyeing process.
本品对轧染热熔法、高温热熔法侵染、低温吸附固着法侵染都很适用。
16.
Experimental Research on Molten Salt Corrosion Property and Optimization;
太阳能高温熔盐优选及腐蚀特性实验研究
17.
Electroplating Al Coating in Molten Salt and High Temperature Oxidation Process;
熔融盐电镀铝及镀铝层高温氧化的研究
18.
System Design and Experimental Research on Molten Salt Heat Transfer and Thermal Storage for Concentrating Solar Utilization;
太阳能高温熔盐传热蓄热系统设计及实验研究