1.
Bench blasting is the most usual type of blasting work.
梯段爆破是最常用的爆破工程之一。
2.
The basic charge calculations have been concentrated round bench blasting.
装药计算的重点主要放在梯段爆破上。
3.
PRELIMINARY DISCUSSION ON REDUCTION FREQUENCY OF BOULDER OCCURRENCE IN DEEP HOLE BENCH BLASTING
浅谈降低深孔梯段爆破大块率的措施
4.
The Calculating and Testing Research on the Fractural Range of Bench Shooting of Loading Emulsion Explosive in Deep Hole;
混装乳化炸药车深孔梯段爆破破裂范围计算分析及试验研究
5.
Stopping can very well be compared with bench blasting but requires considerably larger charges.
崩落则十分相似于梯段爆破，只不过所需的装药量比较大一些。
6.
Existence of Explosive Solutions to Semilinear Elliptic Equations with Gradient Terms;
带梯度项的半线性椭圆型方程爆破解的存在性
7.
RESEARCH ON INFINITE DIVISION DETONATING TECHNOLOGY OF LARGE-SCALE ROCK BLASTING
大型土石方爆破无限分段起爆网路技术研究
8.
PRACTICE IN BLASTING TECHNOLOGY FOR SUBLEVEL FILL STOPING IN FENGSHAN COPPER MINE
丰山铜矿分段充填法的爆破工艺实践
9.
Application of Blasting Technology to Inclined Topsoil Construction
爆破技术在斜井表土段施工中的应用
10.
Is there a time sequencing delay between the 1m segment blasts, or is it one instantaneous blast.
请问：对于1米高的分段，是进行微差爆破，还是进行瞬间爆破？
11.
The damage concentrated in stairway beams, stairway flight, the connection of stairway flight and rest platform, and the aseismic joint.
破坏主要集中在楼梯梁、梯段、段与休息平台的连接处、置在楼梯处的防震缝等。
12.
Existence of Entire Large Solutions to Nonlinear Elliptic Equations with Gradient Term;
带梯度项的非线性椭圆型方程全局爆破解的存在性
13.
Existence of Entire Large Solutions of Nonlinear Elliptic Problems with Gradient Term
带梯度项的非线性椭圆方程全局正爆破解的存在性
14.
Existence of Positive Explosive Solutions of Nonlinear Elliptic Equations with Gradient Term
有界域上带梯度项非线性椭圆型方程的正爆破解
15.
The application of multirow and synchronizing delay blasting technique in Jinchangyu Gold Mine
多排同段爆破技术在金厂峪金矿的应用
16.
Application of High Bench Large Diameter Longhole Blasting Technology in Anqing Copper Mine
高阶段大直径深孔爆破技术在安庆铜矿的应用
17.
The Research of Stope Blasting Parameter in Sublevel Caving Method with Large Space between;
大间距无底柱分段崩落法回采爆破参数的研究
18.
The Research of Decreasing Multi-row and Simultaneity Blasting Technology of Underground Metal Mine;
地下金属矿山多排同段递减爆破技术研究