Adjusting technology for splashing and lining protection slag components on respective melting theory;
基于分熔理论的溅渣护炉炉渣调整技术
A new technical route,gas-based reduction and electrical furnace melt separation,was proposed and demonstrated.
针对鄂西鲕状高磷铁矿难选、难冶的特点,从该矿矿相结构分析出发,在使用HSC计算化学软件的热力学模拟和具体实验的基础上,提出了气基还原+电炉熔分冶炼高磷铁矿的新型工艺。
Effects of Heating Temperature on Partial Remelting Microstructure of AZ91D Magnesium Alloy;
加热温度对AZ91D镁合金部分重熔组织的影响
Microstructure evolution of magnesium alloy AZ91D prepared by electric current pulse discharge during partial remelting;
脉冲电场下制备AZ91D镁合金部分重熔过程的组织演变
Effect of isothermal temperature on microstructure of semi-solid 2024 alloy during partial remelting;
等温温度对半固态2024合金部分重熔组织的影响
When melting and reduction technology was used,the reduction of total Fe in the steel slag is 86%,and the grindability was improved.
未经急冷处理的转炉钢渣直接作为水泥掺合料使用,其强度偏低,采用熔分还原技术,钢渣中的全铁还原度达到了86%,提高了其易磨性,同时降低了f-CaO含量,并按20%的掺入量后符合各项技术要求。
Experiment on Solid Retrograde Eclogite and Amphibolites from Dabie UHPM Belt;
块状样品的部分熔融过程及熔体成分研究
The fused or partially fused materials used in making glass.
玻璃料制玻璃用的一种熔融或部分熔融的材料
Miniature fuses Part 2: Cartridge fuse-links
GB9364.2-1997小型熔断器第2部分:管状熔断体
The Analysis of Zinc Smelting Seepage from Furnace Lining for Induction Furnace
熔锌工频有芯感应电炉熔沟漏锌分析
Europa must have a molten core
其核心部分必定是熔岩，
molecular hypothesis of molten slags
熔融炉渣的分子假说
Miniature fuses Part 1: Definitions for miniature fuses and general requirement for miniature fuse-links
GB9364.1-1997小型熔断器第1部分:小型熔断器定义和小型熔断体通用要求
To separate(the metals in an alloy)by melting the more fusible constituents while leaving the less fusible ones solid.
熔析通过熔解易熔成份，而使难熔成份保持固体状分离（合金中的金属成分）
Miniature fuses Part 3: Sub-miniature fuse-links
GB9364.3-1997小型熔断器第3部分;超小型熔断体
Modeling and Numerical Simulation on Laser Remelting and Cladding
激光熔凝和激光熔覆的数学模型及数值分析
Analysis for Error Conclusion of Single Phase Fusing in Potential Transformer High-Voltage Side Fuse
电压互感器高压侧熔断器一相熔断误判分析
Fusing Analysis in Substation Auto-Switching Test of Substation Transformer
变电站自切试验站用变熔丝熔断问题的分析
Application of Non-slag/Slag Classification Gasification Technology in Coal Gasification Plant
非熔渣-熔渣分级气化技术在煤气化装置的应用
Kinetics analysis of decomposition of ilmenite by KOH sub-molten salt method
KOH亚熔盐法分解钛铁矿的动力学分析
To mix(constituent elements) together by or as if by melting; blend.
熔合通过或似通过熔化将（各成分）混合在一起；混合
Mesozoic Era granites in northwestern Fujian can be generally classified into two types: remelting type and syntectic type.
闽西北中生代花岗岩总体上可分为重熔型和同熔型两种类型。
Numerical Analysis of Flowing for High Polymer in Spinning Pack and Optimization the Structural of It;
熔融纺丝组件熔体流动数值分析及其结构设计优化研究
The Molecular Simulation Study of the Low Surfaces Thermodynamic Melting of Refractory Metals (V,Nb,W);
难熔金属（V、Nb、W）低指数表面熔化的分子动力学模拟研究
