查询词典 explosive force

Some Thinking of Quantitative Study on Interaction between Explosive Charge and Rock: Because of the non-linear property and the variety of rock, the instantaneity of chemical action of explosive, the complexity of the dynamic process of the interaction between explosive and rock and the limitations of the observation measurements, the former research results mainly focused on the explanation and description to the apparent phenomena, and difficult to obtain the accurate and quantitative answers.

爆炸荷载与岩体相互作用定量化研究的几点思考：由于岩体自身的非均质性及各向异性和地质构造的多样性、炸药爆炸本身的化学反应的多变性和瞬时性、炸药与岩体相互作用的复杂性，加之爆破测试方法和仪器的局限性，使得以往的研究多沿用经典理论集中于表面现象的描述与解释，难以获得完整的、准确的和定量的解答，必须从一个全新的角度研究探索爆炸荷载与岩体相互作用的本质。

It can be applied to the recycles of AT explosive,emulsion explosive and powdery emulsion explosive.

在企业生产和社会治安管理中，经常会产生和回收到一些不合格的废旧品。

In order to investigate the hot destruction of explosive products,the temperature response test of TNT explosive products,including explosive experiments in free field response and the half-airtight space,is carried out by WRe5/26 thermocouple according to Seebeck effect and heat transfer theory principle.

为研究炸药爆炸产物的热毁伤作用，根据塞贝克效应和传热学原理，利用WRe5/26热电偶对TNT爆炸产物进行了温度响应测试，包括自由场实验和半密闭空间实验，获得了相应的温度曲线，分析了影响热电偶响应的因素。

With the theoretical model of spherical grain dynamics of sparse two-phase flow in single dimension, computing formulas of velocity′s attenuation and scattering distance were built for explosive residue grains in horizontal. Then, a simplified theoretical model on distribution of explosive residue was put forward on the basis of a spherical space with radius equalling to maximum horizontal scattering distance of explosive residue grains with certain diameter.

为了对残留物颗粒的飞散运动及分布规律进行理论分析，利用球形颗粒一维稀疏二相流动力学模型，研究得到炸药残留物颗粒的速度衰减及水平飞散距离计算公式；在此基础上，建立了以某粒径残留物颗粒水平运动极限距离为半径的炸药残留物颗粒球面空间分布简化理论模型。

Results show that the explosion properties of explosive containing 10%-20% RDX excel those of nitrolite, emulsive and mealiness explosive, and the explosion properties of explosive containing 40% RDX are same as those of TNT.

得到两大类型的混合炸药：Ⅰ型混合炸药（含RDX 10%-20%）的综合爆炸性能优于现有的铰梯、乳化及粉状工业炸药；Ⅱ型混合炸药（含RDX 40%）的爆炸性能与TNT相当。

Energy deposition at the interface of the particles caused by micro-explosive welding in explosive consolidation of metal powders is analyzed by symmetrical impaction model of uncompressible liquid. Two-dimensional equation of energy in the flow field of explosive welding is deduced and solved by finite difference method. Then the distribution of the temperature in the flow field is calculated on the basis of considering the adiabatic compression.

摘 要：以不可压缩理想流体对称碰撞模型对金属粉末爆炸烧结中由微爆炸焊接引起的颗粒界面附近沉积的能量进行了分析，在考虑热传导效应的基础上推导出了焊接流场中二维形式的能量方程并用有限差分法对其进行了求解，在考虑冲击绝热压缩贡献的基础上计算出了焊接流场中的温度分布。

"Chemical explosive s are of two types: detonating explosive s (e.g., TNT, dynamite) have extremely rapid decomposition and development of high pressure; deflagrating explosive s (e.g., black powder, smokeless powder) merely burn quickly and produce relatively low pressure."

化学爆炸物有两类基本的炸药，一为爆轰炸药(如三硝基甲苯〔TNT〕和黄色炸药)，能极快分解，造成高压。二为爆燃炸药能很快燃烧，但产生的压力较低。

The predic- tion of A5 explosive in-bore ignition probability was given. Accordingly. the in-bore safety of explosive charge of fuze explosive train componentsi was evaluated.

利用有限元计算结果，给出了引信传爆管和导引传爆管中A5炸药在膛内发射时的起爆概率，从而评价了引信火工品装药的膛内安全性。

The overall results of sensitivity and safety of explosives is characterized by addition and product of relevant data obtained in various tests. The sensitivity of JB-9001、 TNT、TH4748、JOB-9003、RHT-901 and JO-9159 are classified using fuzzy mathematics, sensitivity and safety of explosive are evaluated by comparing nearness of tested explosive with standard explosive.

用多种感度试验方法来综合评定炸药的安全性能，把炸药的各单个安全性能表征后分别相加、相乘就可以得到炸药的感度与安全性能综合表征结果；用模糊数学对JB-9001、TNT、TH4748、JOB-9003、RHT-901、JO-9159炸药的感度进行聚类分析，比较被测炸药与基准炸药的贴近度来评价炸药的感度和安全性。

A complex water-based explosive with good properties of water-gel explosive and low cost characteristic of emulsion explosive is developed using bilayer absorption technique.

采用双层吸附技术研制出一种既具有水胶炸药优良性能又具有乳化炸药低成本特点的复合型含水工业炸药。

"Second Life is remarkably easy to work with, and is very popular,"

"第二次生命是显着容易的工作，并且很受欢迎，"

For example, we usually assume that materials are homogeneous and isotropic and free of internal defects or flaws.

为了得到适合有限元分析的模型，我们必须经过如图2所示的简化步骤。