1)Decouple coefficient不耦合系数
1.Using the cement mortar coupons as test models and adopting the system of high dynamic strain indicator measurement and data acquisition treating,the distribution character of blasting stress within boreholes′medium under some variable decouple coefficients were measured.以水泥砂浆试块为试验模型,采用超动态应变测试和数据采集处理系统进行空气不耦合装药和水耦合装药爆破试验,测定几种不耦合系数下炮孔周围介质中爆炸应力的分布特性。
2.It can be concluded that cutting seam cartridge blasting has a distinct energy cavity effect and protecting borehole wall effect and its optimum decouple coefficient is 1.通过理论和实验研究了切缝药包爆破机理和爆破参数,结果表明,切缝药包爆破有明显的聚能效应和护壁作用,其最佳装药不耦合系数为1。
3.The influence of such factors as the position of charge in the borehole, decouple coefficient, couple mediums, etc to transition o.较为系统地分析了炮孔内药包位置、不耦合系数、耦合介质等因素对爆炸能量传递的影响,运用爆轰气体动力学理论与应力波理论详细地描述了底部间隔和中部间隔装药爆破时,药包与孔底之间的空气柱的作用机理和两药包之间的空气柱的作用机理的区别。
英文短句/例句
1.Research on Non-coupling Charging Coefficient in Softening Hard Roof with Deep-hole Blasting深孔爆破弱化坚硬顶板不耦合系数研究
2.The polarization coupling term and birefringence coupling term are included in the coupling coefficient expression.耦合系数包括偏振耦合项和双折射耦合项。
3.Coupled synchronization of hyper-chaotic systems in the case of mismatched parameters超混沌系统参数不匹配情况下的耦合同步
4.Variational Analysis of Soliton Switching in Two-core Fiber Couplers with Second Order Coupling Coefficient Dispersion二阶色散耦合系数光纤耦合器开关变分分析
5.Experiment for combination of lasers radiate CdS and measurement for coupling coefficient组合激光辐照CdS实验与耦合系数测量
6.Parameters Identification and Adaptive Synchronization of Uncertain Modified Coupled Dynamos System;不确定变形耦合发电机系统的参数辨识与自适应同步
7.Deciding the Parameters of the Coupling System Using Lens;高斯光束的透镜耦合系统参数的确定
8.The Measurement of the Electromechanical Coupling Coefficient of the Giant Magnetostrictive Material超磁致伸缩材料机电耦合系数的测量
9.Review of numerical analysis method for fluid-solid interaction of dam-reservoir system坝库系统流固耦合数值分析方法简述
10.Magnetostatic-field solution for Tesla transformer's coupling coefficientTesla变压器耦合系数的静磁场解法
11.Chaotic Synchronization of Fractional-Order Unidirectionally Coupled Lorenz Systems分数维环式单向耦合Lorenz系统的同步
12.Parameter Mapping Method for Coupled Multidisciplinary Design Systems耦合多学科设计系统中参数映射方法
13.Method for Extracting Input-output Coupling Coefficient of Cross-coupled Microwave Filter交叉耦合微波滤波器输入/输出耦合系数抽取方法
14.ELECTROMECHANICAL COUPLING COEFFICIENT (K_(33)) OF Fe_(72.5)Ga_(27.5)MAGNETOSTRICTIVE ALLOYFe_(72.5)Ga_(27.5)磁致伸缩合金动态机电耦合系数K_(33)
15.That means can adjust inductance by altering the mutual inductance coupling quotiety.该方法利用改变互感器的耦合系数来调节电感.
16.Thermal coupling coefficient of metal material to CW IR laser金属材料对连续波红外激光的热耦合系数
17.Cladding Mode Field Distribution and Coupling Coefficients in Long Period Fiber Grating长周期光纤光栅包层模场分布及其耦合系数
18.Integrable Coupling System and Fractional Hamiltonian Structure of Soliton Equation Hierarchy;孤子方程族的可积耦合系统和分数阶Hamiltonian结构
相关短句/例句
decoupling coefficient不耦合系数
1.Numerical simulation on effects of radial water-decoupling coefficient in engineering blast;工程爆破中径向水不耦合系数效应数值仿真
2.Based on explosion dynamics theory and analysis in theory of rock mechanics,the decoupling charging coefficients of different conditions in engineering blasting are calculated,and the corresponding expressions and the range of axial decoupling coefficients under different conditions are obtained.在爆炸动力学和岩石力学理论分析的基础上,对工程爆破中不耦合系数在不同的装药条件下进行了计算,得到了相应的计算表达式,并以轴向不耦合系数为例进行了相关的试验研究,得到了良好的效果,对理论分析和工程应用都有一定的参考意义。
3.Based on these conclusions,the influence of axial decoupling coefficient of top-air-decked charge structure and detonating manner on blasting effect is analyzed here.鉴于以上结论,进一步分析了上部空气层装药结构轴向不耦合系数与起爆方式对爆破效果的影响。
3)axial decoupling coefficient轴向不耦合系数
4)best de coupling coefficient最优不耦合系数
5)decouple coefficient of point点不耦合系数
6)coefficient of decoupling charge装药不耦合系数
1.The ANSYS/LS-DANA is used to calculatean example of engineering and analyze the influence of coefficient of decoupling charge to the sphere of destroyed rock.根据爆轰动力学和弹性波理论,分析了推算出水耦合装药爆破炮孔周围岩石中粉碎区和裂隙区半径,并用工程计算实例和ANSYS/LS-DANA数值模拟方法分析了装药不耦合系数对岩石破坏范围的影响。
延伸阅读
平面机电耦合系数分子式:CAS号:性质:综合反映压电体的机械能与电能之间耦合与转换程度的参数。是衡量压电体压电性能强弱的重要物理量。机械能转变为电能与总输入的机械能之比的平方根,即为正压电效应。电能转变为机械能与总输入的电能之比的平方根,即为逆压电效应。对不同振动模式的压电振子有不同的耦合系数。对圆片径向振动的机电耦合系数用KP表示。。对横向长度伸缩振动的机电耦合系数K31,纵向长度伸缩振动的机电耦合系数K33,厚度振动机电耦合系数Kt和厚度切变振动机电耦合系数K15等都可根据相应的测试结果按计算公式求得。平面机电耦合系数的大小,为正确选择何种压电材料提供重要依据。例如,制作宽带压电陶瓷滤波器应选择高的机电耦合系数的压电陶瓷。窄带压电陶瓷滤波器应用低的机电耦合系数的压电材料。