1) Cu-Mn
铜锰
1.
The Preparation Technology of High Temperature Shift Cu-Mn Catalyst and Research on the Catalyst Activity;
铜锰高温变换催化剂制备工艺及其活性的研究
2) manganin
['mæŋɡənin]
锰铜
1.
On the basis of film theory and experiments, manganin thin films were prepared by D.
根据薄膜理论和工艺实验,采用直流磁控溅射技术对薄膜沉积的工艺参数进行了优化,获得了电阻温度系数TCR≤20×10-6/℃的锰铜薄膜,与块材接近,实现了锰铜压力传感器的薄膜化。
2.
Thin film manganin gages and ytterbium gages were fabricated by magnetron sputtering.
采用磁控溅射法制备锰铜薄膜,溅射和真空蒸发法制备镱薄膜。
3.
We apply the manganin resistance messurement method to calibrate the relationship between oil pressure and practical pressure in the cell,simultaneously using the phase transitions of Bi I-II 2.
本实验采用锰铜丝电阻标压法,并结合利用Bi Ⅰ-Ⅱ 2。
3) copper manganese bronze
铜锰青铜
4) Mn-Cu alloy
锰铜合金
1.
The dynamics characters of axis sleeve made of the new Mn-Cu alloy is investigated, which is used as absorber in the high-speed rotary fusee-testing machine.
根据基础激振—共振质量法测试原理设计专用的实验测试系统,对作为高速旋转引信实验机减振部件使用的新型锰铜合金圆环类部件进行动力学特性测试。
2.
Variance of phyxics and mechanical property of Steel and Mn-Cu alloy are enormous, obtain good joint is difficult by conventional welding method.
钢与ZMnD-1J锰铜合金在物理、力学性能方面差异巨大,用传统的方法焊接,难以得到性能良好的接头。
5) copper、Zinc、Iron、Manganese
铜、锌、铁、锰
1.
Using Tritons - 100 as an sensitizing agent can increase significantly the absorbency for copper、Zinc、Iron、Manganese.
采用Tritonx-100为铜、锌、铁、锰的增感剂,对高纯氯化锂中的铜、锌、铁、锰进行了原子吸收光谱分析,结果令人满意。
6) manganese industry of Tong Ren district
铜仁锰业
1.
The author puts forward the concrete ways and suggestions on enlarging manganese industry of Tong Ren district while he aims at the developing market of manganese products, beneficial conditions and limited factors.
针对贵州省铜仁锰业锰产品开发市场、有利条件和限制因素,提出了做大做强铜仁锰业的具体措施和建议。
补充资料：金银铜锰合金
分子式：
CAS号：
性质：金基添加银、铜和锰的四元合金，具有较好的电阻稳定性。AuAgCuMn33.5-3-3合金密度14.1g/cm3。熔点约1000℃。电阻系数25×10-2Ω·mm2/m。电阻温度系数1.98×10-4/℃，对铜的热电势(0～+151℃)-1.4×10-3μV/℃，抗拉强度863MPa，再结晶温度400～450℃。用中频炉熔炼。AuAgCuMn33.5-3-3合金由热开坯后冷加工成材。用作电位计绕组，可代替Ptlrl0合金。
CAS号：
性质：金基添加银、铜和锰的四元合金，具有较好的电阻稳定性。AuAgCuMn33.5-3-3合金密度14.1g/cm3。熔点约1000℃。电阻系数25×10-2Ω·mm2/m。电阻温度系数1.98×10-4/℃，对铜的热电势(0～+151℃)-1.4×10-3μV/℃，抗拉强度863MPa，再结晶温度400～450℃。用中频炉熔炼。AuAgCuMn33.5-3-3合金由热开坯后冷加工成材。用作电位计绕组，可代替Ptlrl0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