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Terms for subject Explosives and Explosive Ordnance Disposal containing 播 | all forms
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传播propagate 的过去式和过去分词propagated
使传播spread
传播propagate 的现在分词propagating
传播disseminated
传播介质transmission medium
传播时间曲线travel-time curve
传播波场propagation wave field
传播燃烧propagating combustion
传播特点propagation characteristic
传播者conveyor
传播速度velocity of. propagation
传播速度冲击波在周围介质中的传播速度propagation velocity
共振传播sympathetic propagation
冲击波传播、损伤与断裂计算机模拟damage and fragmentation 3D
冲击波传播、损伤与断裂计算机模拟zone computer simulations of shock wave transmission
冲击波传播规律与模型shock wave propagation laws and models
冲击波传播速度当岩石性质和炸药品种不变时，减少炸药埋深至小于临界埋深时，表面岩石将呈现出破坏、鼓包、抛掷等,进而形成爆破漏斗。爆破漏斗体积将随炸药的埋深减少而增大。当爆破漏斗体积达到最大时，炸药能量得以充分利用,此时的炸药埋深称为最佳埋深shock velocity
冲击波传播速度速度大于材料内音速〈超音速〉时的机械纵波速度，单位为m/spropagation velocity of shock wave
冲击波在岩体中的传播blast wave propagation in rock mass
单轴弹性应力波传播理论elastic uniaxial stress wave propagation theory
反向传播back-propagation
反向传播算法back-propagation algorithm
在岩体内传播的应力波中断时、会出现不利形势Problem situations can arise when the transmission of stress waves within the rock mass are interrupted
产生的地震波传播模式transmission pattern of the generated seismic waves
地震波的传播速度纵波 〈Cₚ〉和剪切波〈Cₛ〉由震源向外传播的速度，单位为 m/spropagation velocity of seismic waves
地面振动传播的标度指确定某个地区的地面振动传播特征ground vibration transmission calibration
声音水下传播sound propagation underwater
实况电视转播live telecast
峰值压力传播propagation of the peak pressure
广播。使房间通风air
应力波在黏弹性物质中的传播特性stress wave propagation characteristics in a viscoelastic material
影响传播角在移动盆地倾向主断面上，按拐点偏移距求得的计算开采边界和地表下沉曲线拐点的连线与水平线在下山方向的夹角effect transference angle
控制爆破气体传播control of explosion gas propagation
散播dissemination
无线电广播设备radio
水下爆破传播模型underwater blasting propagation model
水中冲击波传播特点1. 在药包附近的冲击波传播速度比水中的声速〈约为1520m/s〉要大数倍，随着冲击波的继续向前传播,波速压力迅速减小。 2. 球面冲击波的压力幅度随距离的减小，比在声学里的声波要快。但在较大距离以外,压力变化接近声学规律。 3. 压力波的波长随着传播而逐渐增长propagating characteristics of shock in water
波传播时间wave travel time
爆炸引起的爆轰波传播detonation wave propagation induced by explosion
爆炸引起的爆轰波传播explosively induced detonation wave propagation
爆炸能传播规律propagation law of explosion energy
爆生气体可经过裂缝传播到水平自由面、并产生漏斗效应及随之而来的飞石。飞石表现的这种机理与冲击波的气体释放脉冲密切有关blast gases can propagate through cracks to the horizontal free surface and cause cratering and associated flyrock. This mechanism of flyrock manifestation is closely related to the gas release pulse GRP for airblast
爆破能在空气中的传播transmission of blast energy (through the air)
爆轰传播值transmission
爆轰波传播detonation wave propagation
爆轰波传播距离detonation transmission distance
爆轰过程是爆炸的具体形态、表现为放热反应、放热反应开始后、由冲击波向外传播A detonation is a specific type of explosion consisting of an exothermic reaction which is set off and propagated by a shock wave
由于膨胀气体挤压这种物质、致使能量损失速度快、爆后产物的压力和温度迅速下降。这些损失作为膨胀波传到反应区之内、因而降低了压力和反应速率、且最终消除了对爆震波面传播的能量支持As the expanding gases compress such material, energy is lost rapidly and pressure and temperature drop sharply in the reaction products. These losses are communicated to the interior of the reaction zone as a rarefaction wave, lowering the pressure and reaction rate, and ultimately removing support far the propagation of the detonation front
相关振动传播信息relevant vibration transmission information
裂隙传播裂隙扩展的过程。裂隙的传播受不规则性、颗粒边界和弱面等因素控制。裂隙的传播过程相当复杂，包括了诸如裂隙产生、亚临界发展、临界不稳定条件、不稳定裂隙传播、裂隙分支、裂隙休止以及裂隙再产生等若干个阶段。裂隙的再产生以及裂隙分支是破碎爆破的常见现象和基本要求crack propagation
裂隙传播速率裂隙前端的移动速度，单位为:m/s。裂隙传播速度取决于岩石或岩体的物理、力学和其他特性，在0到瑞利波 〈Rayleigh〉波速之间变动。最高测量值为声速的38%。特定条件下在石灰岩中测到了更大的传播速度crack propagation velocity
逆向传播reverse propagation
非传播的瞬息波evanescent non-propagating waves
高压爆炸气体在岩体中传播high pressure explosion gas propagation through the rock mass
高振幅应力纵波上向传播high amplitude SV wave upward propagation
高频应力波传播high-frequency stress waves propagation

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