The up - to - date development and manufacturing technology of the wet sintered metal friction materials is reviewed.
综述了湿式烧结金属摩擦片材料的发展现状及其制造工艺，介绍了铜基摩擦材 料的性能及其在国内外的应用情况，提出了制造摩擦材料工艺的研究方向。
To achieve the aim of VOCs removal,the sintered metal materials,the active component CuMn/γ-Al2O3 of catalyst was charged by way of immersion,were tested as adsorption materials.
采用以烧结金属粉末微孔过滤材料为吸附材料和催化剂基体、CuMn/γ-Al2O3为催化剂的烧结金属催化净化装置,可实现对VOCs废气的有效去除。
To achieve the aim of simultaneous removal of dust,SO2 and NOx from the flue gas of coal,the sintered metal materials and the active component V2O5·γ-Al2O3 were tested as filter and carrier.
采用以烧结金属粉末微孔过滤材料为烟尘过滤材料和催化剂基体、V2O5-γAl2O3为催化剂、NH3为吸附剂的过滤原件,可实现对锅炉烟气中烟尘、SO2和NOx的同时去除。
Analysis on causes for burning of winding of asynchronous motor underground coal mine;
煤矿井下异步电动机绕组烧毁原因分析
The major factors caused the burning of DC electromotors are higher temperature of environment,improper ventilation,sparks causing short circuit burning badly between two pieces,heat emiting capacity of motor interior coil,ration problem of motor and the solder melting point being increased by high contents of Sn and Pb,etc.
5 k W)直流电机的故障原因进行总结 ,认为环境温度过高、通风效果不理想、火花严重造成片间短路击穿烧毁、电机内部绕组的散热能力影响电机寿命、电机的定额问题、焊接升高片时所用锡剂中的Sn、Pb含量影响焊剂的熔点等是造成直流电机现场烧毁的主要因素。
grinding machine for sintered metal carbide, not numerically controlled
烧结金属硬质合金磨削机,非数控式
grinding machine for sintered metal carbide, numerically controlled
烧结金属硬质合金磨削机,数控式
Sintered metal friction materials-Determination of density
GB/T10421-1989烧结金属摩擦材料密度的测定
On the optimization of sound absorption characteristics of porous sintered fibrous metal
烧结金属纤维材料吸声性能优化研究
Sintered metal materials and hard metals--Determination of young's modulus
GB/T5166-1998烧结金属材料和硬质合金弹性模量测定
Sintered metal materials (excluding hard metal)--Tensile test pieces
GB/T7963-1987烧结金属材料(不包括硬质合金)拉伸试样
Sintered metal materials and hard metals--Determination of electrical resistivity
GB/T5167-1985烧结金属材料和硬质合金电阻率的测定
Standard test method for binding strength of sintered metal friction elements
GB/T10430-1989烧结金属摩擦片结合强度测定方法
Sintered metal friction materials-Determination of tension strength
GB/T10423-1989烧结金属摩擦材料抗拉强度的测定
Sintered metal friction materials-Determination of transverse rupture strength
GB/T10422-1989烧结金属摩擦材料横向断裂强度的测定
Sinterd metal friction materials-Determination of apparent hardness
GB/T10425-1989烧结金属摩擦材料表观硬度的测定
Sintered metal materials--Determination of compression strength at room temperature
GB/T6525-1986烧结金属材料室温压缩强度的测定
Sintered metal friction materials-Determination of compression strength
GB/T10424-1989烧结金属摩擦材料抗压强度的测定
Sintered metal bushes--Determination of radial crushing strength
GB/T6804-1986烧结金属衬套径向压溃强度测定法
Permeable sintered metal materials--Determination of open porosity
GB/T5164-1985可渗性烧结金属材料--开孔率的测定
Permeable sintered metal materials--Determination of oil content
GB/T5165-1985可渗性烧结金属材料--含油率的测定
A Research on the Agglomeration Craft of Pure Binary Alloy Powder;
二元合金系纯金属粉末烧结工艺研究
the metallurgy of powdered metals; how to produce solid metal objects from powdered metal by compaction and sintering.
粉末金属的冶金学:如何压束与烧结粉末金属以制造固体金属物体。