1.
Non-simultaneous Blow-up for Heat Equations with Positive-Negative Sources and Coupled Boundary Fluxes;
带有正—负源和边界流的热方程组的非同时爆破
2.
Non-simultaneous Blowing up for Heat Equations with Multiple Nonlinearities;
多重非线性热方程组的非同时爆破问题
3.
Global Existence and Blow-up for a Localized Reaction-Diffusion Coupled System
一类具有非线性吸收源和边界流的反应扩散方程组的非同时爆破条件
4.
Research on High Building Demolish by Blasting of Bidirectional Synchronization Collapse on the Same Floor
同层位无时差双向折叠爆破新技术的应用
5.
test of burst response of tyre
轮胎爆破响应时间试验
6.
a stop consonant made by the suction of air into the mouth (as in Bantu).
嘴吸气时产生的爆破音。
7.
When a bridge is to be blasted as a non-military operation, completely different demands are made.
当一座桥梁被做为非军事工程爆破时，就产生了完全不同的要求。
8.
A study of a fired round with photographs taken during different phases can provide the possibility of determining fragmentation graphically.
研究爆破过程中不同时间拍摄的照片，为用图解法确定破碎度提供了可能性。
9.
Numerical Simulation of Different Detonation Modes for Underwater Drilling Blast
水下钻孔爆破不同起爆方式的数值模拟
10.
Development and Innovation Delay Initiating Techniques to Reduce Blasting Vibration
延时起爆干扰减震爆破技术的发展与创新
11.
Measurement and analysis of blasting vibration under the condition of different blasting explosives
不同装药量下的爆破振动测试与分析
12.
Research on Critical Failure Vibration Velocity of Concrete Lining in Different Thickness Under the Acting of Blasting Vibration
不同厚度砼衬砌的爆破临界振速研究
13.
Study of Time and Frequency Analysis of Blasting Vibration Signal and the Prediction of Blasting Vibration Characteristic Parameters and Damage;
爆破振动信号时频分析与爆破振动特征参量和危害预测研究
14.
Diversion Tunnel Blast Vibration Effect Analysis during Powerstation Expansion Project;
增容扩机时引水洞爆破振动影响分析
15.
There are many different materials which can be used as blasting mats.
许多不同的材料均可用做爆破防护垫之用。
16.
a composite speech sound consisting of a stop and a fricative articulated at the same point (as `ch' in `chair' and `j' in `joy').
在同一点上发出的包含爆破音和擦音混合音。
17.
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
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