1.
The Effects of Tantalum and Ruthenium on the Microstructures and Properties of Low Chromium and High Tungsten Content Cast Nickel-Base Superalloys;
Ta和Ru对低Cr高W铸造镍基高温合金组织及性能的影响
2.
Study on the Elongation of W-Ni-Fe Heavy Tungsten Alloys;
W-Ni-Fe高密度合金的延伸率研究
3.
The Technique Rebuilding on the High Temperature Reheater of B&W Boiler
B&W锅炉高温再热器部件改造实践
4.
Microwave sintering of W-Ni-Fe heavy alloys
W-Ni-Fe高密度合金的微波烧结
5.
Research Progress in W-Ni-Fe High Density Alloys
高密度W-Ni-Fe合金的研究进展
6.
Study on High Temperature Properties and Application of Electrical Brush Plating Ni-W Coating;
电刷镀Ni-W涂层的高温性能及应用研究
7.
Study on High-Spin-Polarization of Fe(Co,Ni) Nanowires on w-BN (001);
w-BN(001)B面上铁(钴、镍)纳米线的高自旋极化研究
8.
Research on Mechanical Properties of Ti-Al-Sn-Zr-W-Si High Temperature Titaniumalloy
Ti-Al-Sn-Zr-W-Si高温钛合金力学性能的研究
9.
Development of thermowelding device of W-1620 high-speed composite paper slitter rewinder
W-1620高速复合纸分切机热接装置的开发
10.
Preparation of a novel powdered Fe-based superalloy by close-coupled gas atomization
紧耦合雾化制备Fe-13%Cr-3%W高温合金粉末
11.
A review on the approaches of obtaining the(ultra)high molecular weight W/O crude oil demulsifiers
获得(超)高分子量W/O型原油破乳剂的途径
12.
HPLC Analysis of Lambda-cyhalothrin in the Micro-emulsion
反相HPLC法测定o/w型高效氯氟氰菊酯微乳剂
13.
Study on the Tridimensional "W" Air Dynamic System of Productive Coalface with High Gas Emission;
高瓦斯高产工作面立体“W”型空气动力学系统研究
14.
"Located less than a km off the N-T-W Expressway Yuanqiao exit, the facility is situated adjacent to the Provincial-level Industrial Park of Huangyan."
厂区邻近黄岩省级工业园区，离N-T-W高速院桥出口仅一公里
15.
Indeed, W/ O emulsions require high shear homogenisation and then specific device to get stable formulations.
的确，w/型乳剂要求高以及获取稳定配方的特殊仪器。
16.
Optimization Design of Cr-B-W-V System of Multielement Composite Strengthening High Temperature-Wear-Resistant Iron Base Surfacing Welding Alloy;
Cr-B-W-V系多元复合强化铁基高温耐磨堆焊合金的优化设计
17.
A Study of Tungsten-Copper Composites Materials with Low CTE and High TC Used for Electronic Packaging;
电子封装用高导热低膨胀率W/Cu复合材料的研究
18.
Preparation and Characteristic of Me-Mo-Si(Me=W, Nb) High-temperature Ternary Silicides
Me-Mo-Si(Me=W, Nb)系高温三元金属硅化物的制备与表征