爆炸力学

超微金刚石（UFD）是爆炸力学与材料科学相结合的产物。

Ultrafine diamond ( UFD ) is a hybrid product of explosion mechanics and material science .

多火花式动态光弹性仪在爆炸力学实验中的初步应用

Preliminary applications of multiple spark dynamic photoelastic apparatus in the tests of explosion mechanics

爆炸力学实验技术新进展

Recent development of experimental technique on explosive mechanics

关于爆炸力学目前发展的几点看法

On the development of mechanics of explosions

爆炸力学超压冲击波测量，对动态压力传感器提出了更高的要求。

Ultra-pressure shock wave measurement of explosion mechanics puts forward higher requirements on dynamic pressure sensor .

根据爆炸力学、爆炸动力学和热力学理论，建立了瓦斯爆炸流场三维动态数学模型。

A 3-D dynamic mathematical model of gas explosion flow field was built based on explosion mechanics , explosion dynamic mechanics and thermodynamics .

同时应用爆炸力学理论及对礼花厂火灾爆炸后果进行了回顾性评价。

In addition , the consequences of explosive fire accidents were assessed retrospectively by the principle of explosion mechanics and Hopkinson Scaling Law .

利用爆炸力学理论，得到空气垫层装药爆破的孔壁压力及其爆炸应力场。

Based upon blasting mechanics theory , pressure on the wall of borehole and blast stress field are gained in the course of detonation with air cushion charging construction .

基于土力学与爆炸力学的基本理论，得出了能反映布药参数与淤泥参数的用药量公式；

Based on the basic theory of soil mechanics and explosive mechanics , the formula of charge weights in relation to the parameters of the charge and the soil is given .

借助经典的爆炸力学理论和回归拟合曲线方法，验证了爆炸空腔大小、应力波的应力峰值、应力波的作用时间。

The radium of blasting cavity , stress peak value and action time of stress waves are validated by the theory of classical explosion mechanics and the way of curve regression .

本大应用爆炸力学和理论力学对爆炸震源（球状和往状）及集中力震源（落重、可控、敲击）进行了研究。

The spherical and cylindrical dynamite sources as well as the concentrated force sources including weight drop , vibrator and shocking force are researched by using explosion mechanics and theoretical mechanics .

应用爆轰理论、爆炸力学和爆轰物理学等基本理论和方法，建立了掘进巷道瓦斯爆轰的物理模型和一维不定常流动的数学关系式。

Using the detonation theory , detonation physics and explosion mechanics , the physical model and the mathematical , unsteady one-dimension flow expressions are set up in excavation roadway during gas detonation .

在直升机侦查、爆炸力学研究等领域，为了对目标的实时图像进行精确的事后处理，需要将图像完整无损耗的保存下来。

In the fields of helicopter investigation and blasting mechanics research , it is necessary to save the lossless image in order to make precise post-processing for the real-time image of target .

应力波理论是当前固体力学中极为活跃的前沿，是现代声学、地球物理学、爆炸力学和材料力学性能研究的重要基础和手段。

Stress wave theory is very active frontier in solid mechanics and is also important basis and method in modern acoustics , geophysics , explosion mechanics and performance research of material mechanics .

并从化学反应动力学、爆炸力学、材料力学、冲击波传播理论等角度分析了泡沫陶瓷隔爆棚对瓦斯爆炸火焰波和冲击波的双重抑制机理。

Then , the mechanism of ceramics barrier doubly suppressing combustion and shock wave is analyzed from the perspective of chemical reaction dynamics , explosion mechanics , material mechanics and shock wave propagation theory .

爆炸力学的基本理论、实验技术和各种数值算法的结合，为人们提供了一种高效、低廉和重复性好的手段，增强了人们对事物本质的认识，因而数值模拟越来越受到人们的重视。

The combination of plastic theory , the computer technique and numeric arithmetic gives us a better way to study effectively , cheaply and repeatedly , the numerical analysis receives more and more recognition .

本文利用爆炸力学、爆炸动力学、材料力学和结构力学等理论，建立了爆破作业过程中产生的冲击波在掘进巷道内传播的物理模型和数学模型。

According to the theories of the dynamics of explosion , fluid mechanics , explosion mechanics and structural mechanics , this paper sets up the physical and mathematical models of shock wave propagation in the excavation roadway .

本文综述了爆炸力学计算中涉及的实际介质的状态方程，这些物质结构复杂，其描述方法与金属的状态方程有些不同。

The real equation of state of materials is different from that of metals in the computation of explosion mechanics , due to its complicated material construction . The paper places the emphasis on the description of the real equation of state of materials .

首先根据爆炸力学、弹性力学、断裂力学和岩体力学的一般理论和研究成果，对预裂爆破的过程进行了理论分析，推导出了预裂爆破设计的基本参数计算公式；

First , by the theoretical analysis of the process of presplitting blasting based on the basic theories research outcomes of blasting mechanics , elastics mechanics , fracture mechanics and rock mechanics , a basic calculation formula for the parameters of the presplitting blasting designing has been established .

根据岩石力学、爆炸力学和弹性力学的理论，通过分析研究，得出了预裂爆破设计的基本参数计算公式，可作为矿山预裂爆破设计的主要参数依据。

Through the analysis based on the theories of rock mechanics , blasting mechanics and elastic mechanics , a basic calculation formula for the parameters of the presplitting blasting designing was established , which can be used as the main reference basis for the mine presplitting blasting designing .

以爆炸力学、岩石断裂力学理论为原理，论述定向断裂控制爆破孔间裂缝贯通作用的主要因素，规范其参量，使生产实践的效果更显著。

Based on the theory of blasting mechanics and rock fracture mechanics , the paper describes the main factors influencing linkage of rock cracks in the case of breaking controlled directional blasting . To achieve better results in production practice , the way of controlling these factors are given .

扁平绕带爆炸容器的力学研究进展评述

A Review of the Mechanical Research Progress of the Flat Ribbon-Wound Explosive Vessels

岩体结构对爆炸载荷的力学效应

The mechanical effect of rock structures on Blasting Loads

非晶颗粒增强铝基非晶复合材料的爆炸压实及其力学性能

Research of Explosively Compacted Metallic Glass Particles-Reinforced Al Based MMCs and Its Mechanical Property

本文通过岩石爆炸冲击波力学模型的建立与计算，分析了孔壁动态参量。

Through the mechanics model set up and the computerization , the dynamic parameters on the wall of blasthole are analysed in the paper .

研究了Ar原子团簇在飞秒强激光作用下的电离机制，考虑了团簇经过库仑爆炸过程和流体力学膨胀过程两种膨胀机制情况下，对离子能谱进行了计算。

The ionization mechanism of the Ar atomic-clusters irradiated by a femtosecond laser pulse is studied . Ionic energy spectrum is calculated by taking into account the atomic-cluster Coulomb explosion and hydrodynamic expansion .

均匀大气中的强爆炸一维辐射流体力学数值解

An one-dimensional radiation hydrodynamic numerical solution for a strong explosion in uniform atmosphere

爆炸焊接对金属力学性能的要求

Requests of metal mechanical properties of explosive welding

在本论文中通过ANSYS/LS-DYNA有限元软件对围岩自重和爆炸荷载下的力学特性进行了模拟。

We simulated the mechanics characteristic under the rock 's own gravity and explosive load through ANSYS / LS-DYNA finite element software in this thesis .

本文抓住前盖爆炸分离的主要力学特征，运用近似处理方法，得到了较满意的结果。

In this paper , rather satisfying results have been obtained by approximate methods based on main characteristics to cut off front lid of guided missile launching trunk by explosion .