装药量

根据萨道夫斯基回归公式给出了距爆源不同距离的单段最大装药量。

The permitted maximum charge quantity per one detonating period is determined for the different distance between two tunnels by the Sodev 's regression formula .

根据影响路堑边坡稳定的主要因素，提出洞室爆破药室布置的新型式、装药量计算公式及长矩形不耦合装药结构等爆破新技术。

This paper analyzes the main influential factors of stable slope , and proposes a new style of chamber arrangement , calculating formulae if charge quantity and long rectangular decouple charge construction in chamber blasting .

利用高分辨率、高精度试压系统测定了静爆试验中不同装药量TNT的冲击波超压。

A pressure measurement system with high resolution and precision was employed to measure the shock wave overpressure ( Ap ) of different loading doses of TNT in field explosion tests .

在相同装药量和场地条件下，进行了FAE与TNT炸药爆炸地震效应的对比实验，得到了地面竖向振动的时间历史记录结果。

Under the identical charge mass and experimental field conditions , experiments are done to make comparison between the explosion seismic effects caused by FAE and TNT explosive , obtaining time histories of vertical ground vibrations .

深孔爆破引起的岩体层裂范围最大，当单孔装药量5～40kg时，其值可达7.36～14.73m。

The lamination range resulting from a deep-hole blasting is greatest . When the charge of a blast hole is 5 ~ 40 kg , the lamination range reaches 7.36-14.73 m.

高能气体压裂合理装药量的设计与应用

Design and Application of a Reasonable Charge of High-Energy Gas Fracturing

运动弹装药量检测分选装置的设计

Design of Ammunition Weight Detection & Separation Equipment for Campaign Bombs

炮孔装药量与炮孔间距关系的研究

Correlations between Explosive Charge and Space of Boreholes in Blasting

拆除控制爆破炮孔装药量的确定

The Determination of Hole Charge For Controlled Blasting for Demolition

不同装药量下的爆破振动测试与分析

Measurement and analysis of blasting vibration under the condition of different blasting explosives

装药量变化对初速或然误差影响的显著性分析

Significance Analysis of the Effects of Charge Weight on Probable Error of Muzzle Velocity

复合射孔枪泄压孔及装药量对环空动态压力的影响研究

Influence of Pressure Released Vent and Powder Loading of Composed Perforator on Dynamic Casing Annulus Pressure

在靠近如码头这类设施爆破时，装药量可以降低。

When blasting is close to such installations as quays , the charge can be reduced .

合理增加装药量、大幅度提高膛压是提高初速的基本方法。

Reasonably increasing charge mass and considerably increasing pressure are basic methods to improve muzzle velocity .

永冻层之下的土壤越硬，所需要的药室装药量也越大。

The harder the material under the permafrost is , the larger the chamber charge required .

文中讨论了爆破切口的选取、爆破参数和装药量的确定。

The selection of blasting cut , the determination of blasting parameters and charge weight were discussed .

火药弧厚和装药量是影响火炮最大膛压的两个重要的随机因素。

Propellant web size and charge weight are important random factors , which affect gun maximum pressure .

通过研究冻土特性、装药量和爆破深度之间的关系，得出了单位药包的最佳埋深、最大体积，进而推导出了最佳爆破参数。

The optimum depth and maximum volume are obtained , and the optimum blasting parameters are also achieved .

在离建筑物很近的地方爆破巨石时，此装药量应减少到0.08公斤／米3。

When boulders in the vicinity of buildings are being blasted , the charge should be reduced to 0.08kg/m3 .

装药量小则地震波较快地得到减弱，并且照样不影响整个建筑物。

Small charges damp the shock wave faster and do not affect the whole building in the same way .

管体材质和装药量对雷管起爆能力影响的研究

The Study of the Effect of the Tube Materials and the Explosive Charge on the Detonating Capacity of the Detonator

此外，施工中严格控制最大段装药量并进行了爆破震动监测。

In addition , the charge mass of maximum delay-interval was controlled strictly and monitoring of blasting vibration was carried out .

如装药量太大，岩石就会挤死，使掏槽失败。

If the charge used is too large , the rock can become sintered so that the cut used is a failure .

通过一个实例分析阐述其装药量的计算方法。

In this paper , a charge calculation model that can be used on the similar condition is introduced by analysing a case .

威胁模型根据弹药型号、性能、装药量、材料及质量等输入参数，得到破片信息。

According to the type , capability , fodder weight parameter of missile , threatened description model was established to gain information of fragments .

设定爆破参数，计算装药量及防护平面布置，为同类地质条件下的控制爆破开挖提供参考数据。

The set blast parameter , counting explosive charge as well as protective site plan have offered reference data for engineering blasting in similar conditions .

为了削减爆炸冲击波和节省装药量，该文通过试验发明了一种新的爆炸焊接方法&双立法。

To reduce the shock wave and save the explosive charge , the paper invents a new method of double vertical explosive welding by experiment .

利用超动态应变测试系统对复合岩体预裂爆破装药量、装药结构等影响因素进行了实验研究，并通过超声波仪对爆破后保留区的岩体进行了损伤检测。

The influence factor of Pre-splitting such as the dynamite quantity and explosive structure was studied by experiment with transient dynamic strain gauge testing system .

得出了在空气中直接点燃的发生爆轰的最小试管直径，最小的装药量之间的关系，进行了爆轰危险性分级。

Minimum tube diameter for detonation propagation and minimum explosive charge for direct initiation for fuel-air detonations were correlated and suggested the detonation hazard ranking .

通过改进爆破的孔网参数、装药量与装药结构、起爆顺序等，从而形成了光面爆破。

By improving parameters of the blasting hole , the charge , charging structure and the priming order etc , the smooth blasting is formed .