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dynamite
    Application of Oscillopolarographic Titration to Analysis of Dynamite——(Ⅲ) Elimination of Interference in the Determination of PbN_6
    示波极谱滴定在炸药分析中的应用——Ⅲ.PbN_6测定时干扰的消除
    Factor analysis of rationally selecting optimal excitation condition for dynamite source
    合理选择炸药震源最佳激发条件的因素分析
    The research on the explosive mechanism and excitation condition of dynamite source
    炸药震源爆炸机制及激发条件的研究
    Analysis of dynamite source pattern in compressional wave exploration
    纵波勘探中的炸药激发方式分析
    The Application of PLC in Automatic Continuous Production Line of Emulsified Dynamite
    PLC在乳化炸药全自动连续生产线中的应用
    Design of Temperature Control System of Rubbing Mills in Dynamite Production Line
    炸药生产线轮碾机温度控制系统设计
    BC type mixing dosage vehicle with porous particle ammonium grease dynamite and its metering control.
    BC型多孔粒状铵油炸药混装车及其计量控制装置
    Analysis of explosive effect of dynamite source.
    炸药震源激发效果分析
    Development of new-generation of synchro-control system of dynamite source
    新一代炸药震源同步控制系统的发展
    ANALYSIS ON DYNAMITE THE PREPARATION ENERGY OF NANOMETER STRUCTURE DIAMOND
    炸药——纳米结构金刚石的制备能源分析
    Measures to Improve Filling Dynamite Powder Quality of Emulsification Dynamite
    提高乳化炸药装药质量的措施
    Design of equipment for characteristic test on dynamite
    炸药环境特性实验装置设计
    Phase difference correction of dynamite source data and seismic vibrator data
    炸药震源和可控震源资料相位差异校正方法
    Detecting Research on Gaseous Product of Dynamite
    炸药爆轰气体产物检测研究
    Study on Detonation Performance of Rubber Dynamite in Explosive Circuit Channel
    沟槽式爆炸网络橡皮炸药爆炸性能研究
    We use activated sepiolite to process the absorption experiment on heavy meatal ion ( Ni2+, Cr6+, Pb2+, Cu2+, Cd2+), noble metal ion (Ag+), dynamite cotnposton in water (TNT) and industrial oil.
    进行了活化后的海泡石对重金属离子(Cr~(6+)、Pb~(2+)、Cu~(2+)、Cd~(2+))、贵金属离子(以Ag~+为代表)、水中炸药组份(以TNT为例)、工业油的吸附实验;
    The data acquisition parameters used are as follows:25m group interval,34m geophone array length,1kg dynamite,2ms sampling interval,60-fold multipli- city,12~90Hz scanning frequency(vibrator).
    野外采集使用小道距(25m)、小检波器组合基距(34m)、小药量(1kg,炸药震源)和高采样率(2ms)、高覆盖次数(60次)、高扫描频率(12~90Hz,可控震源);
    The explosive conditions are essential to the recording quality. The reflected waves from the Moho 70-75km in depth, and from beneath the Moho were obtained with shots nominally of 50kg dynamite in a single hole 50m deep or 25kg in each of two holes 25m deep as an shot array.
    激发条件是影响记录质量的关键,单井50m深50kg炸药的炮或者单井25m深双井组合,50kg炸药的炮能够获得来自70—75km深的Moho及Moho之下的反射震相。
    The paper simply introduces the structure, main technical parameters and metering control of BC type mixing dosage vehicle with porous particle ammonium grease dynamite.
    简要介绍了BC型多孔粒状铵油炸药混装车的结构、主要技术参数和计量控制装置
    A Pspice model was established by analyzing the resistor characteristics and the input energy of SCB in which BNCP dynamite was installed.
    通过对装有 BNCP炸药的半导体点火桥的输入能量进行分析 ,结合其电阻特性 ,建立了半导体点火桥的 Pspice器件模型 .
 

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