1) Emulsion explosive factory
乳化炸药厂
2) emulsion explosive
乳化炸药
1.
Design of emulsion explosive oil and water phase fuzzy controller;
乳化炸药油水相流量模糊控制器的设计
2.
The influence of sensitization agent type on desensitization degree of emulsion explosives;
敏化剂类型对乳化炸药减敏程度的影响
3.
Research progress in synthesis of Span 80 and its application in emulsion explosives;
Span 80合成及其在乳化炸药中应用的研究进展
3) emulsive explosive
乳化炸药
1.
Discussion of productive technology of continuity in developing emulsive explosive;
乳化炸药连续化生产工艺探讨
2.
The study of several ways increasing emulsive explosive s stability;
提高乳化炸药稳定性几个途径的研究
3.
The blasting performance of emulsive explosive produced from emulsifying agent is analyzed.
在论述KYS-1乳化剂研制原理的基础上,介绍了其研制过程及在大孤山铁矿的工业试验情况,分析了利用KYS-1乳化剂生产的乳化炸药的爆破效果。
4) emulsion explosives
乳化炸药
1.
Safety monitoring system of emulsion explosives product Line;
乳化炸药生产线安全监测系统
2.
Experimental on the microstructure changing of emulsion explosives under dynamic pressure;
动压作用下乳化炸药微结构变化的实验
3.
Relationship of emulsifier content to desensitization of emulsion explosives;
乳化剂含量与乳化炸药压力减敏关系
5) Emulsion
[英][ɪ'mʌlʃn] [美][ɪ'mʌlʃən]
乳化炸药
1.
The thermal stability of a new emulsion for two sample systems is investigated using an adiabatic calorimeter called ARC (Accelerating Rate Calorimeter).
使用加速量热仪 (ARC)研究了一种新型乳化炸药的热稳定性。
2.
In the pumping procedure of emulsion,the problems of safety and the effect of pumping on the quality of emulsion are summarized from both domestic and abroad.
文章通过总结整理国内外有关乳化炸药泵送安全性及其对产品质量影响的试验情况 ,提出了连续式乳化炸药生产工艺中泵送过程应注意的倾向性问题。
3.
According to the principle of action of emulsifier used in emulsion explosives, the problems encountered in the use of general emulsifier, Span-80, are analyzed and the feasibility of using composite emulsifiers to improve the stability of emulsions is also studied systematically.
本文针对乳化剂在乳化炸药中的作用原理,分析了常用的Span-80存在的问题,系统研究了使用复合乳化剂提高乳化炸药的稳定性的可行性。
6) emulsified explosive
乳化炸药
1.
Since it s easy for those old emulsified explosive production line to be upgraded with such system,it will hav.
根据乳化炸药乳化器安全监测与智能控制的现状及存在的问题,设计了一种基于PLC的炸药乳化器在线监测与智能控制系统。
2.
For the request of continuance,automation and reliability in the emulsified explosive production,a kind of automation control system on emulsion production is designed.
针对乳化炸药连续化、自动化、可靠性生产要求,研制了一种乳化炸药生产线自动控制系统。
3.
The paper introduces monitor realization of emulsified explosive production line,and demonstrates the way to use KingView to design the PC monitoring system of emulsified explosive production line.
文章介绍了乳化炸药生产线的监控实现,阐述如何利用组态王软件设计乳化炸药生产线的上位机监控系统。
补充资料:乳化炸药
分子式:
CAS号:
性质:氧化剂的微小滴均匀悬浮在由可燃剂、表面活性剂和气泡(或玻璃微球)组成的油状介质中形成的乳胶状混合炸药。氧化剂水溶液构成分散相,非水溶性的油构成连续相,系油包水型乳胶体,是工业炸药中的新秀。根据用途分为岩石型、露天型和煤矿型。所用氧化剂有硝酸盐和高氯酸盐(常用者为硝酸铵),可燃剂有油、蜡、高矣物、铝粉、硫粉和煤粉。表面活性剂有司盘-80(Span-80)、木糖醇酐单油酸酯和十二烷基磺酸钠,密度调节剂(兼敏化剂)有空心玻璃球和膨胀珍珠岩等。抗水,机械感度低,对爆轰敏感(药径20mm可稳定爆轰),安定性较佳。爆速一般可达5.0km/s,做功能力为2号岩石炸药的140%。用于矿山、铁道、水力建设、水下爆破、地震勘探、油井压裂等爆破作业。
CAS号:
性质:氧化剂的微小滴均匀悬浮在由可燃剂、表面活性剂和气泡(或玻璃微球)组成的油状介质中形成的乳胶状混合炸药。氧化剂水溶液构成分散相,非水溶性的油构成连续相,系油包水型乳胶体,是工业炸药中的新秀。根据用途分为岩石型、露天型和煤矿型。所用氧化剂有硝酸盐和高氯酸盐(常用者为硝酸铵),可燃剂有油、蜡、高矣物、铝粉、硫粉和煤粉。表面活性剂有司盘-80(Span-80)、木糖醇酐单油酸酯和十二烷基磺酸钠,密度调节剂(兼敏化剂)有空心玻璃球和膨胀珍珠岩等。抗水,机械感度低,对爆轰敏感(药径20mm可稳定爆轰),安定性较佳。爆速一般可达5.0km/s,做功能力为2号岩石炸药的140%。用于矿山、铁道、水力建设、水下爆破、地震勘探、油井压裂等爆破作业。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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