1) Explosion compaction
爆炸压密
2) Sealed explosion
密封爆炸
3) explosion pressure
爆炸压力
1.
Removal of Overlarge Explosion Pressure for Large-Sized Flame-Proof Motor by New Material;
采用新材料解决大型隔爆型电动机爆炸压力过大的问题
2.
The results show that both the explosion pressure and the rising rate of explosion pressure increase with the decreasing of the size of aluminum particles.
利用自制的水平管道式气体-粉尘爆炸试验装置对不同粒度铝粉的爆炸压力进行测试。
3.
The present paper is aimed at reporting its research findings over the effect characteristic of the ignition energy on the brisance of the polynary mixed explosive gas and the effect of the energy on the explosion pressure of liquefied petro-gas through a gas explosion characteristic parameter testing system.
以密闭爆炸筒(20 L)内液化石油气(体积分数为5%)-空气混合气体为研究对象,逐步提高点火能量引爆混合气体,分析气体爆炸压力波形图的变化。
4) explosive compaction
爆炸压实
1.
Effect of the process parameters on energy and deformation of the steel tubes during explosive compaction;
爆炸压实工艺参数对钢管能量与变形的影响
2.
Relationships of explosive press and powder density during explosive compaction;
爆炸压实中爆轰压力与粉末致密度的关系
3.
Study on the relationship between compact density and compaction energy of CuCr alloys by explosive compaction;
爆炸压实CuCr合金的压实能与压实密度关系的研究
5) explosive consolidation
爆炸压实
1.
Friction and heat conduction of nanometer ceramic particles in cold explosive consolidation
冷爆炸压实中纳米陶瓷粉末摩擦传热研究
2.
In explosive consolidation of nano-powders,the duration in which the loading changed markedly on nano-particles by shock wave is far longer than the time of stress wave propagating through the character length of the particles;and the ceramic powders behave brittleness during explosive shock consolidation.
在爆炸压实过程中,纳米颗粒所受冲击载荷发生显著变化的时间远远大于应力波传过颗粒特征长度所用时间;同时,陶瓷颗粒在爆炸冲击过程中主要表现为脆性。
3.
The explosive consolidation of metal powders has been studied in this paper from both experimental and theoretical aspects.
本文从理论和实验两方面对金属粉末的爆炸压实进行了初步的研究，包括： 1、根据理论分析和仔细的阅读有关资料，自行设计了金属粉末爆炸压实所的实验装置(由保持一定距离的两同轴PVC管组成，内管装金属粉末，外管装炸药)，对W—Ti粉末进行爆炸压实，结果表明：适当的控制炸药的爆速及厚度、粉末的初始压实密度，可得到结合良好的粉末压实体。
6) explosive compaction
爆炸压制
1.
The technique of explosive compaction of metal powder is promising for development of advanced materials because of its qnigue capability of obtaining high temperature and high pressure in a moment.
金属粉末爆炸压制工艺具有高温、高压、瞬间作用的特点,在新型材料的开发和制备中具有显著的优势和广阔的发展前景。
2.
Explosive compaction processing is applied to prepare Nd-Fe-B magnets with melt-spun powders.
利用爆炸压制方法制备的快淬永磁体,其磁性能、压缩强度和密度都比相同粉料制备的粘结磁体有明显提高,其中最大磁能积(BH)max提高了30%,压缩强度bσc增加了40%。
3.
The magnetic domain structures of Nd Fe B alloys prepared by the two techniques of powder metallurgy and explosive compaction were also studied using the MFM technique.
并用这种技术观察了粉末烧结和爆炸压制两种工艺制备的 Nd- Fe- B合金的磁畴 ,给出了它们各自不同的畴结构特征 。
补充资料：压密
分子式：
CAS号：
性质：粉体层或凝集体受外压时体积减小的现象。当粉体层内充满液体时外力和层的变形是成比例的；描述这一现象的数学关系式，叫压密方程，它是土质力学的基本方程。空隙被水充满的粉体层，若进行压密时会引起脱水，因而压密理论作为压缩脱水的理论基础是很有用的。
CAS号：
性质：粉体层或凝集体受外压时体积减小的现象。当粉体层内充满液体时外力和层的变形是成比例的；描述这一现象的数学关系式，叫压密方程，它是土质力学的基本方程。空隙被水充满的粉体层，若进行压密时会引起脱水，因而压密理论作为压缩脱水的理论基础是很有用的。
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