1.
Brazing of SiC Ceramic to GH783 Low Expansion Superalloy
SiC陶瓷与低膨胀高温合金GH783的钎焊
2.
Study of a Modified New Low Expansion Thermo-Span Superalloy;
新型低膨胀Thermo-Span高温合金的研究
3.
Formation and properties of low expansive and heat-resistant aluminum alloy with high silicon content
耐热低膨胀高硅铝合金的成形与性能
4.
guillaume alloy
铁镍低膨胀系数合金
5.
Invar low expansion alloy
因瓦低膨胀系数镍铁合金
6.
Synchronous integration of diamond substrate and SiCp/Al composites with high thermal conductivity and low coefficient of thermal expansion
高导热、低膨胀铝基复合材料及其与金刚石膜片的同步复合
7.
A nickel-base cast alloy with low expansion coefficient - A new material for welding clamp
低膨胀系数镍基铸造合金—新型焊接夹具材料
8.
Study of the Part Deformation and Grindability of Invar Alloy;
低膨胀合金构件变形及磨削性能的试验研究
9.
The investigation on a new kind of Mo-Cu alloy material for electronic sealing material
新型低膨胀Mo-Cu合金电子封接材料研究
10.
In hot weather the rod expands; So the bottom of the rod is lower. The bottom of the vessel is also lower; but the mercury in it expands. So the top of the mercury is higher.
热天金属杆膨胀，摆的底部变低，容器的底部也降低，而容器的水银膨胀后顶部升高。
11.
Study on Preparation and Properties of the High Temperature Low-expansion Glaze on Burnt Stove Door Cordierite Brick;
焦炉炉门堇青石衬砖高温低膨胀釉的制备及性能研究
12.
Preparation of Low-temperature Expandable Graphite by Water-exchange Method
水交换法制备低温可膨胀石墨的研究
13.
Effect of Sludge Bulking on Membrane Fouling of MBR Under Low Temperature
低温时污泥膨胀对MBR中膜污染的影响
14.
Research on Gas Bulging Forming of AZ31 Magnesium Alloy Sheet in High Temperature;
AZ31镁合金板材高温气胀成形性能研究
15.
Comparison study of electronic expansion valve and thermal expansion valve for low-temperature devices
电子膨胀阀与热力膨胀阀在低温装置中的比较研究
16.
Study on the Process of W/Cu Composites with Low CTE and High TC Used for Electronic Packaging;
电子封装用低膨胀高导热钨铜复合材料的工艺研究
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 properties of Cu-ZrW_2O_8 composites with high thermal conductivity and low thermal expansion coefficient
高热导率低热膨胀系数Cu-ZrW_2O_8复合材料的制备与性能