1.
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
2.
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）
3.
Research on Composition and Structure of Nb:KTP Crystals Grown by Hydrothermal and Flux Method
水热法和熔盐法生长的Nb:KTP晶体成分和结构研究
4.
Molten salt synthesis of platelet NaNbO_3 crystals
熔盐法合成片状NaNbO_3晶体
5.
Miniature fuses Part 2: Cartridge fuse-links
GB9364.2-1997小型熔断器第2部分:管状熔断体
6.
Melt-Peridotite Reaction: Constraints on Spinel Compositional Variation from Mantle Xenoliths;
熔体与橄榄岩反应：对地幔包体中尖晶石成分变异的制约
7.
Effects of Undercooling Degree on the Morphology,Composition and Transition Layer of the Diopside Crystal
熔体过冷度对透辉石晶体形貌、成分及过渡层性质的影响
8.
Parental Magma Compositions of the Jinchuan Intrusion,Gansu Province and MELTS Thermodynamic Modelling of Fractional Crystallization
金川岩体母岩浆成分及其分离结晶过程的熔浆热力学模拟
9.
But if we heat it in a furnace it will melt and become a liquid.
但如果放到熔铁炉内加热，它就会熔化成为液体。
10.
Study on the Self-Interference Flo of Polymer Melts in Cavity Based on CAE;
熔体自干扰流动的形成及影响因素的CAE技术分析
11.
The Effect of the Melt Thermal Treatment with Composition Compensation on the Microstructure of the Primary Silicon of the Silumin
成分互补熔体温度处理对高硅铝合金的初生硅相组织的影响
12.
The structure characteristics and index analysis on tri-dimensional formed meltblown filter media
熔喷立体成型滤芯的结构性能及其考核指标分析
13.
Effect of Melt Ultrasonic Treatment on As-cast Microstructure and Component Segregation of 7050 Aluminium Alloy
熔体超声处理对7050铝合金铸态组织及成分偏析的影响
14.
Effects of position of submerged entry nozzle in mould on composition and structures of 7075/6009 Al alloy ingots
内熔体浇口位置对7075/6009合金铸锭成分和内层组织的影响
15.
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
16.
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
17.
Some come off in the form of gases, others collected as slag .
有的化成气体跑掉了，有的结成了熔渣。
18.
The research of compositions of fluid-melt inclusions indicates that the genesis of Altai pegmatite was close ties with magmatic-hydrothermal transitional stage.
流体熔融包裹体成分研究表明阿尔泰伟晶岩成因与岩浆－热液过渡阶段有密切联系。