1)anti-scale alloys阻垢合金材料
2)resistance alloy material电阻合金材料
1.Included adopting of resistance alloy material,filtrating,matching,machining of resistance alloy material and technic parameter of low temperature coefficient standard resistor,testing method of temperature coefficient,compensate method of minishing temperature coefficient,and testing result ana.本文介绍了低温度系数标准电阻器的研制,包括采用的电阻合金材料,电阻合金材料的筛选、匹配与加工制作,低温度系数标准电阻器的技术参数、温度系数测量方法,减小温度系数采用的补偿方法,测试结果分析。
2.In- cluded adopting of resistance alloy material,filtrating,matching and machining of resistance alloy material.本文介绍了低温度系数标准电阻器的研制,包括采用的电阻合金材料、电阻合金材料的筛选、匹配与加工制作;低温度系数标准电阻器的技术参数、温度系数测量方法;减小温度系数采用的补偿方法;测试结果分析。
3)Alloy Resistivity of Materials合金电阻材料
4)metal matrix composite damping materials金属基复合阻尼材料
5)alloy material合金材料
1.The State of Art on Research and Application of Dental Alloy Materials;牙科合金材料应用研究现状
2.The combinatorial method has been widely used in various areas related with alloy materials for their phase-diagram,mechanical properties,anti-corrosion properties,and so on,and shows obviously its advantage in fast discovery and optimization of new kinds of alloy,with the help of the successful development and applications of nano-indentation,microstructure analysis and composition ana.近年来,随着微小样品的结构和成分检测系统、纳米压痕测试系统等的发展,先进组合材料芯片技术在合金材料研究领域的应用日益深入,包括精细相图研究、合金的力学/磁学/耐蚀性能等研究,充分展示了组合方法在新型合金材料研发进程中所表现的快速和高效双重特点。
3.The article introduces several element analysis methods including graphite stove atomic absorption spectrometry,which is used to analyze alloy material,as well as their application circumstances.该文介绍了合金材料中石墨炉原子吸收光谱法等几种元素分析方法的分析及应用情况。
英文短句/例句
1.Research on Light Weight Alloy Material of Mg_2Si Intermetallic Compound;Mg_2Si轻质金属间化合物合金材料的研究
2.The leading industries are aluminum and magnesium alloy, energy storage material, silicone material, nano-powder material and functional ceramics, etc.主要发展铝镁合金材料、能材料、材料、体材料及功能陶瓷等为主导的产业。
3.The material blanks of steel bonded carbideGB/T3879-1983钢结硬质合金材料毛坯
4.High precision welding materials pure tin lead alloy products.高级精密焊接纯锡铅合金材料制品。
5.ceramic-metal composite陶瓷与金属复合材料
6.HOT PRESSING JOINING OF CARBON/CARBON COMPOSITES TO METALC/C复合材料与金属材料的热压连接
7.Development of New Type of Metal Mate rial -Magnesium Alloy;新型金属材料镁合金的发展前景分析
8.The main classes of materials are metals, polymers, ceramics, and composites.材料的主要分类为金属、高聚物,陶瓷,及合成材料。
9.Research Progress of Diamond-Cu Composite Material for Electronic Packaging电子封装材料用金刚石/铜复合材料的研究进展
10.Synthesis and Characterization of Phosphorescent Cyclometalated Complexes;环金属化合物发光材料的合成与性质
11.Investigation of Mg-based Amorphous Alloys and Their Composites;Mg基非晶合金及其复合材料的研究
12.Investigation of Mg-Cu(Ni) Bulk Metallic Glasses and Composites;Mg-Cu(Ni)基非晶合金及复合材料的研究
13.Investigation of Mg-Zn Based Amorphous Alloys and Their Composites;Mg-Zn基非晶合金及其复合材料的研究
14.Research on Magnetoelectric Effect of Ferromagnetic Alloy/Piezoelectric Composite Material铁磁合金/压电材料复合磁电效应研究
15.Analyse of the interfacial reaction in WC_p/2024Al compositesWC_p/2024铝合金复合材料界面反应的分析
16.Research on Preparation of Mo-Cu Composites by Mechanical Alloying机械合金化制备Mo-Cu复合材料的研究
17.Study of AgMeO/Cu Alloy Composite MaterialAgMeO/Cu合金复合材料的研制
18.Joining of C_f/SiC Composites With Niobium AlloyC_f/SiC复合材料与Nb合金的连接
相关短句/例句
resistance alloy material电阻合金材料
1.Included adopting of resistance alloy material,filtrating,matching,machining of resistance alloy material and technic parameter of low temperature coefficient standard resistor,testing method of temperature coefficient,compensate method of minishing temperature coefficient,and testing result ana.本文介绍了低温度系数标准电阻器的研制,包括采用的电阻合金材料,电阻合金材料的筛选、匹配与加工制作,低温度系数标准电阻器的技术参数、温度系数测量方法,减小温度系数采用的补偿方法,测试结果分析。
2.In- cluded adopting of resistance alloy material,filtrating,matching and machining of resistance alloy material.本文介绍了低温度系数标准电阻器的研制,包括采用的电阻合金材料、电阻合金材料的筛选、匹配与加工制作;低温度系数标准电阻器的技术参数、温度系数测量方法;减小温度系数采用的补偿方法;测试结果分析。
3)Alloy Resistivity of Materials合金电阻材料
4)metal matrix composite damping materials金属基复合阻尼材料
5)alloy material合金材料
1.The State of Art on Research and Application of Dental Alloy Materials;牙科合金材料应用研究现状
2.The combinatorial method has been widely used in various areas related with alloy materials for their phase-diagram,mechanical properties,anti-corrosion properties,and so on,and shows obviously its advantage in fast discovery and optimization of new kinds of alloy,with the help of the successful development and applications of nano-indentation,microstructure analysis and composition ana.近年来,随着微小样品的结构和成分检测系统、纳米压痕测试系统等的发展,先进组合材料芯片技术在合金材料研究领域的应用日益深入,包括精细相图研究、合金的力学/磁学/耐蚀性能等研究,充分展示了组合方法在新型合金材料研发进程中所表现的快速和高效双重特点。
3.The article introduces several element analysis methods including graphite stove atomic absorption spectrometry,which is used to analyze alloy material,as well as their application circumstances.该文介绍了合金材料中石墨炉原子吸收光谱法等几种元素分析方法的分析及应用情况。
6)anti-incrustation material抗垢材料
延伸阅读
电阻合金分子式:CAS号:性质:利用物质的固有电阻特性来制造不同功能元件的合金。主要有电热合金、精密电阻合金、应变电阻合金和热敏电阻合金。(1)电热合金,主要有Ni-Cr系和Fe-Cr-A1系,如20Cr-80Ni合金,电阻率较大,主要用作电炉的发热元件;(2)精密电阻合金主要有Cu-Mn系、Cu-Ni系、Ni-Cr系和贵金属合金系,具有很小的电阻温度系数,主要用作精密电阻元件。(3)应变电阻合金包括铜基、镍基、铁基和贵金属系合金,如在常温和250℃以下常用的应变康铜合金(Cu-Ni-Mn)。(4)热敏电阻合金有钴基、镍基和铁基合金系列,如50Ni-10Co-Fe合金。
