1) the exploding design
钻爆设计
2) drilling and blasting design modification
钻爆设计修改
3) blasting design
爆破设计
1.
Development of open-pit bench blasting design system on platform of Auto CAD;
基于AutoCAD开发露天台阶爆破设计系统
2.
On composition and structure of intelligent system for tunnel blasting design;
隧道爆破设计智能系统的组成与结构研究
3.
Research on blasting design for the excavation stake on rock ground;
石质孔桩开挖爆破设计的研究
4) explosion-proof design
防爆设计
1.
It was found that in grain handling process the late phase is even more hazardous than the early phase, and the safety margin in existing explosion-proof design procedure based on the data of .
按照IEC标准建立了工业粉尘云和粉尘层最低着火温度(MIT)测试装置,对8种取自工业现场的粮食伴生粉尘进行了粉尘云和粉尘层MIT实验测试,并对灰分、粒径、水分对MIT的影响进行了实验研究和分析·发现粮食储运系统后期工艺比早期危险,按照粮食精粉或淀粉实验数据进行工业实际防爆设计的安全裕度过大,并提出了可行的防爆温度组别·所得结论为粮食行业的防爆设备选型提供了实验依据,对于粉尘着火和爆炸危险性评价具有借鉴意义
5) blasting domain planning
爆区设计
1.
Through provide application of hole by hole initiation for deep holes blasting and blasting domain planning, blasting effect is being analyzed, it is effective that Orica's high-accuracy detonators are in achieving hole by hole initiation, improving blasting quality .
通过介绍逐孔起爆技术在深孔爆破中的应用,以及爆区设计,分析了爆破效果,可得出ORICA高精度雷管,在实现逐孔起爆,提高爆破质量,减少爆破震动方面是行之有效的,经济效益较为明显。
补充资料：冻土钻(见取土钻)
冻土钻(见取土钻)
dongtuzuan冻土钻见取土钻
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