1) high temperature and middle pressure process
高温中压工艺
2) high temperature technology
高温工艺
1.
The effects of live yeast cell derivative (LYCD) by Moutai high temperature technology were discussed in this paper.
结果表明,传统的茅台酒高温工艺能有效刺激酿酒酵母MT281LYCD产生的生物活性;应激发生在50℃和45min时,制备的LYCD活性最强。
3) warm compaction
温压工艺
1.
Application of warm compaction technology in bonded NdFeB magnet;
温压工艺在粘结NdFeB磁体中的应用
2.
In this paper is described warm compaction and study of its application in the fabrication of P/M Ti alloy,as well as its potential application.
介绍了温压工艺及温压工艺在粉末冶金Ti合金制备中的应用研究情况,并分析了其应用前景,指出了润滑剂设计在Ti粉末温压工艺中的重要性。
3.
The paper reviews characteristics and development of warm compaction technology,and points out warm compaction technology is a new technology to obtain high-density and low-costs PM parts and new developed warm compaction technology can also form grooves,holes and screw holes vertical to compacting direction,which enlarge the application range of warm compaction.
概述了温压工艺的特点和发展,指出温压工艺是获得高密度低成本粉末冶金零件的新技术,最新开发的流动温压工艺又可成型垂直于压制方向的凹槽、孔和螺纹孔等,大大扩大了温压工艺的应用范围。
4) warm compaction process
温压工艺
1.
WT5BZ]The characteristics of warm compaction process and its densification mechanism is introduced The choice of warm compaction process parameters and the properties of warm compaction materials is described Also the addition method and the selection principles of polymers is discussed Future research trends and the potential application of warm compaction is presente
介绍了温压工艺的特点及其致密化机理 ,并对粉末冶金研究中温压工艺参数的选择、温压材料的性能及聚合物的加入方式和选取原则进行了讨论。
2.
This paper briefly presented key features of warm compaction process and its applications The progress of warm compaction technology including powder, lubricant, warm compaction temperature, warm compaction system and densification mechanism was reviewed Finally, it pointed out the significance of developing Chineses own warm compaction technolog
简要介绍了温压工艺方法、特点和应用 ,并对其关键技术 (包括粉末、润滑剂、温压温度、温压系统和致密化机理 )的研究进展进行了综述 ,指出国内加快开展温压工艺的研究 ,具有重要的现实意
5) High Voltage process
高压工艺
6) warm extrusion technology
温挤压工艺
1.
The essence,advantages and disadvantages of the warm extrusion technology were elaborated.
阐述了温挤压工艺的实质及其优缺点。
补充资料：中压法硝酸工艺
分子式：
CAS号：
性质：生产稀硝酸方法之一。氧化和吸收全过程均在0.4～0.5MPa压力下进行。氨经过滤、过热后与压缩机出口0.4～0.5MPa压力的空气混合，在氨氧化炉中铂网催化剂作用下，生成氮氧化物，换热后进硝酸吸收塔，用水吸收可制得约58％硝酸。尾气经透平膨胀机回收能量后放空。特点:投资比综合法低，氨氧化率达96％。尾气直接排放污染环境，需予以回收处理。
CAS号：
性质：生产稀硝酸方法之一。氧化和吸收全过程均在0.4～0.5MPa压力下进行。氨经过滤、过热后与压缩机出口0.4～0.5MPa压力的空气混合，在氨氧化炉中铂网催化剂作用下，生成氮氧化物，换热后进硝酸吸收塔，用水吸收可制得约58％硝酸。尾气经透平膨胀机回收能量后放空。特点:投资比综合法低，氨氧化率达96％。尾气直接排放污染环境，需予以回收处理。
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