1) heavy alloy
高密度合金
1.
The paper present a series of “ ZFW ” heavy alloys applied in producing larger diameter inertia workpieces(*J220mm) in nuclear irradiation.
阐述了在核辐照条件下用“ZFW”系列高密度合金做较大直径(大于220mm)的惯性工件。
2.
The effects of powder loading and sintering temperature on the mechanical properties of a metal injection molded (MIM) tungsten heavy alloy are studied.
研究了粉末装载量和烧结温度对MIM钨基高密度合金力学性能的影响,并将MIM工艺与传统压制/烧结工艺进行了比较。
2) high density alloy
高密度合金
1.
Investigation on recycling high density alloy powder by oxidization-reduction process;
氧化-还原法再生利用高密度合金粉的研究
2.
The distribution of major elements Co, Mo, Mn, Gr etc and trace elements Al, Ti, Ce, La etc and the effects of their compounds on properties of high density alloy were analyzed respectively.
详细分析了钴、钼、锰、铬、锡等主要合金元素及铝、钛、铈等微量元素在钨基高密度合金中的分布状况及其化合物对合金性能的影响。
3) tungsten heavy alloy
高密度合金
1.
Distortion of PIM tungsten heavy alloy during liquid phase sintering;
PIM高密度合金在液相烧结过程中的变形
2.
The present paper studies characteristics and sintering behavior of tungsten heavy alloy mixed powders as milled in a planetary ball mill.
研究了采用行星式高能球磨机球磨后的97W-2Ni-1Fe(质量分数,%)高密度合金混合粉末的特性和烧结行为。
4) tungsten heavy alloys
高密度钨合金
1.
Precipitation phases and their strengthening researches in tungsten heavy alloys;
高密度钨合金中的沉淀相和强化研究
2.
1Fe tungsten heavy alloys composed of nanocrystalline sub-micron tungsten powders was investigated.
采用高能机械球磨方法制备了超细钨粉,经冷等静压和1465℃分解氨气氛中液相烧结制得高密度钨合金。
3.
Recent research progress in tungsten heavy alloys by deformation strengthening processing is reviewed.
综述了高密度钨合金材料形变强化工艺的研究进展 ,重点介绍了轧制、旋锻、静液挤压 (冷静液挤压 ,热静液挤压 )等形变强化工艺对高密度钨合金材料性能的影响及各种工艺方法的优缺点 ,指出了形变强化工艺在高密度钨合金生产领域方面的优势及应用前景。
5) tungsten heavy alloy
高密度钨合金
1.
New advances in study of tungsten heavy alloy;
高密度钨合金研究的新进展
2.
Study on debinding process of injection molded tungsten heavy alloy feedstock;
注射成形高密度钨合金脱脂工艺的研究
3.
The tungsten heavy alloys were treated by solid surface carburization method and examined by microscope,SEM and X-ray,etc.
采用固体渗碳的方法对高密度钨合金进行了表面渗碳处理,通过显微观测、能谱分析、X射线检测等分析手段对渗层进行了检测。
补充资料:高密度合金
分子式:
CAS号:
性质: 见高比重合金
CAS号:
性质: 见高比重合金
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条