1) emulsion station
乳化基质制备站
1.
Advantages of industrial explosive site-mixing system comparing with the traditional plant was summarized in this paper,the advantages and flaws of several types of site-mixing system was commented,and peculiar advantage of site-mixing system which combine MEF emulsion station and BCJ loading truck was pointed out.
文章概述了工业炸药现场混装系统较传统工厂的一般优势,评述了国内外几种车的特点与存在的问题,指出了MEF乳化基质制备站加BCJ系列装药车模式的炸药现场混装系统技术的独到之处,描述了此系统的最新进展情况。
2) emulsion matrix
乳化基质
1.
Through using natural wind as cooling medium and making the most of contact with granular emulsion matrix which is jetted out under a high pressure, the cooling efficiency of the equipment is advanced remarkably.
该设备以自然风为冷却介质,与高压喷射出的颗粒状乳化基质充分接触,提高了温度动力和换热效率,使冷却效率显著提高。
2.
The paper not only introduces the typical structure and working principle of screw pump,but also points out potential safety problems in the transmission of emulsion matrix,besides,some recommendations about safety use are proposed,which have certain instructional meanings for safety production of emulsion explosives.
本文介绍了螺杆泵的典型结构和工作原理,指出了其应用在乳化基质输送过程中存在的安全隐患,提出安全使用方面的一些建议,对保证乳化炸药安全生产有一定的指导意义。
3.
The shear rate sweep and time sweep methods are used to study the shear stressand shear viscosity of emulsion matrix with high content of inorganic salts.
该文采用剪切速率扫描、时间扫描方法研究了高浓度无机盐乳化基质的剪切应力、剪切粘度,测定了基质的触变性大小和弹性大小,说明了乳化基质是触变性粘弹体系,从乳化基质的微观结构解释了这种触变性机理。
3) emulsion base
乳化基质
1.
The emulsion base pressed by dynamic pressure was studied,and the(micro-photography) was used to explore the(microstructure) changes of emulsion base.
乳化炸药由乳化基质和敏化载体构成,采用水下爆炸测试方法对乳化基质在动压作用下的结构变化进行了实验研究,并对受压前后的乳化基质进行了显微观测。
2.
A composite explosive made of the expanded AN explosive,an oxidant and a sensitizer,and an emulsion base were developed for the further improvement of blast effect of the rock expanded AN explosive.
通过表面活性剂对硝酸铵进行处理制得的自敏化膨化硝酸铵,应用这种膨化硝酸铵作氧化剂和敏化剂,再辅助以乳化基质制得的复配型炸药能进一步提高岩石膨化硝铵炸药的爆破效果。
3.
Therefore,the thermal decomposition behaviors of the three samples are almost the same,NaNO2 or glass micro balloon have little effect on the thermal decomposition of the emulsion base.
采用DSC技术分析了岩石型乳化炸药的乳化基质、亚硝酸钠敏化的岩石型乳化炸药以及亚硝酸钠和玻璃微珠复合敏化的岩石型乳化炸药3个试样的热分解过程,用FWO法、FRL法(Friedman法)和非线性等转化率法(NL-INT法)等非模函数法以及Kissinger法、Achar法、Coats-Redfern法和ˇSatava-ˇSesták法计算出3个试样的活化能E均为110kJ/mol左右,指前因子A的量级为108~109s-1,在升温速率为2。
4) self-emulsion-base
自乳化基质
1.
Assessment of transdermal absorption for etofesalamide self-emulsion-base cream;
自乳化基质乙氧苯柳胺乳膏的研制及透皮研究
2.
Studies on Self-Emulsion-Base Etofesalamide Cream;
自乳化基质乙氧苯柳胺乳膏的研究
5) emulsifiable base
可乳化基质
6) BCE Base Station Control Equipment
基准站控制设备
补充资料:基质器
分子式:
CAS号:
性质:又称基质囊泡或基质小泡。是由正在增殖的软骨细胞或骨细胞浆膜形成的独立于细胞外的细胞器。基质器的膜含有丰富的磷脂,具有富集钙离子生成无定形磷酸钙并进一步转化磷灰石的作用。胚胎骨、软骨及牙本质中的矿物都是通过基质器在细胞外形成的。
CAS号:
性质:又称基质囊泡或基质小泡。是由正在增殖的软骨细胞或骨细胞浆膜形成的独立于细胞外的细胞器。基质器的膜含有丰富的磷脂,具有富集钙离子生成无定形磷酸钙并进一步转化磷灰石的作用。胚胎骨、软骨及牙本质中的矿物都是通过基质器在细胞外形成的。
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