1) explosive cartridge
药包
1.
This paper summarizes the calculated explosive cartridge weight and explosive cartridge arrangement for hydraulic blasting, network of blast, blasting safety measures for hydraulic blasting demolished a big tank of concrete and steel, the realization of blasting construction are also summarized here.
文章叙述了水压爆破拆除大型钢筋混凝土气罐的药量计算、药包的加工与布置、起爆网路、爆破安全与防护措施以及爆破施工的体会 ,可供同类工程借鉴与参考。
2) drug encapsulation
药物包载
3) film-coating
药物包衣
1.
Preparation of aqueous stomach acrylic acid resin film-coating;
利用乳液聚合的方法制备水性胃溶型药物包衣用丙烯酸树脂,此法制备的水性药物包衣材料性能稳定,无污染,成本低,包衣效率高。
4) medicine packing
医药包装
1.
The current situation, existed problems and faced chances in medicine packing industry in China were analyzed.
通过对我国医药包装现状、存在的问题及我国医药包装面临的机遇进行了分析,在此基础上,提出了我国医药包装业未来发展的对策。
5) Cutting seam cartridge
切缝药包
1.
Studies on directional breaking controlled blasting theory of cutting seam cartridge for rock;
切缝药包定向断裂控制爆破机理研究
2.
Seaming mechanism and parameter optimization of cutting seam cartridge;
切缝药包成缝机理及参数优化
3.
Mechanism of rock cutting seam cartridge blasting is introduced.
介绍了岩石切缝药包爆破的作用原理,试验和分析了不偶合系数、切缝管切缝宽度、切缝管材质等有关参数对岩石断裂控制爆破的影响。
6) shaped charge
聚能药包
1.
Application study on directional fracture controlled blasting with shaped charge in rock;
聚能药包在岩石定向断裂爆破中的应用研究
2.
According to the dynamics of explosion and fracture mechanics,the initiation mechanism of the crack and its expansion of orientation fracture blasting with linear shaped charge were studied and the shaped charge cutter was designed and tested in field.
根据爆炸力学、岩石断裂力学理论,从当前控制爆破面临的问题入手,对线性聚能药包(Linear shaped charge)在岩石定向断裂爆破中裂纹的产生及扩展进行了研究,并利用自制线性聚能药包在巷道掘进中进行了工程试验。
3.
According to the dynamics of explosion and fracture mechanics, the initiation mechanism of the crack and its expansion in orientated fracture blasting with linear shaped charge were studied and the shaped charge cutter were designed and tested in field.
根据爆炸力学、岩石断裂力学理论,从当前控制爆破面临的问题入手,对线性聚能药包(Linear shaped charge)在岩石定向断裂爆破中裂纹的产生、扩展以及主要爆破参数进行了分析研究,并利用自制线性聚能药包在巷道掘进中进行了试验。
补充资料：药包
药包
charge
yaobao药包(charge)为爆破某一目的物而准备的具有一定数量和形状的炸药实体.也称装药。在爆破工程中常用的药包按其形状、放置位置及结构等进行分类。药包按形状可概括地分成集中药包、延长药包和平面药包三类。药包形状接近于球形或长细比不大于6者，称为集中药包，集中药包多应用于药室爆破、药壶爆破和抛掷爆破等工程;长细比大于6者，称为延长药包，常用于浅眼爆破、深孔爆破和条形药包大爆破等;面积较大而厚度极薄的药包称为平面药包，爆炸焊接、爆炸硬化金属材料以及爆炸热处理金属容器等都用平面药包。药包按放置位置可分为内部药包和外部药包两类。内部药包系指炸药置于被爆破物体的内部，用于浅孔、深孔和药室爆破等;外部药包系指炸药置于被爆物体的外部，用于破碎大块的裸露爆破，爆炸焊接和爆炸硬化金属材料等。按装药结构可分为连续装药和间隔装药两类(见装药结构)。根据爆破作用可分为主爆药包和辅助药包等。 (李智信)
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