依据手工射孔深度计算原理，设计了计算机处理方法。
According to the principle of manual calculating perforating depth, the paper has designed computer processing method.
传统的入土深度计算方法虽然沿用已久，但未能全面考虑各种复杂的边界条件。
Though the traditional approach to entering ground depth has been used for quite a long take, its complex boundary conditions haven't been taken into account.
提供了一套线性聚能装药侵彻深度计算公式及线性聚能切割器设计参数计算方法。
A series of formulae on penetration depth of linear shaped charge and the calculation method on design coefficient of linear shaped cutter are provided.
特别在此基础上推出了条形药包下破裂深度计算公式，对工程实践有积极的指导作用。
The formula for the depth of the fracture region under the linear charge is developed, It will be of helpful for engineering design practice.
文中提出的固定相机内参数并结合热扩散的方法大大方便了深度计算的过程，并且有效简化了扩散区域的划分。
With a fixed camera parameters and through thermal diffusion theory this paper proposed a method that greatly facilitates the depth calculation process and simplifies the division of diffusion region.
利用平面图形几何重心公式计算回采工作面水平投影图形的重心坐标，然后根据影响传播角和开采深度计算下沉盆地中心位置的坐标。
The barycentric coordinates of the plane view projection of a coal face are solved with a formula of geometric gravity centre.
本文根据基坑防渗帷幕周围的地下水渗流特征，分析了渗流力对基坑流砂的影响，提出了按涌砂安全系数进行防渗帷幕埋入深度计算的方法。
The influences of seepage force on foundation pit quicksand are analyzed herein based on the features of groundwater seepage around the water tight screen in the pit.
本文根据基坑防渗帷幕周围的地下水渗流特征，分析了渗流力对基坑流砂的影响，提出了按涌砂安全系数进行防渗帷幕埋入深度计算的方法。
The influences of seepage force on foundation pit quicksand are analyzed herein based on the features of groundwater seepage around the water tight screen in the pit.
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