1.
Analysis on Chemical Composition and Research on Processing Principle of Semen Raphani Pieces (Ⅱ)
莱菔子饮片成分分析及炮制原理研究（Ⅱ）
2.
rudiments of tank gunnery
坦克火炮射击基本原理
3.
Research on Magnetium Magnetiteite Processing Technology and Quality Control Methods and Discuss about Processing Principle
磁石炮制工艺与质控方法研究及炮制机理探讨
4.
The Influence of Different Process Technics on the Contents of Chlorogenic Acid in Eucommia Ulmoides Oliv
炮制方法对杜仲中绿原酸含量的影响
5.
Secondly, the principle of strap down inertial navigation for a rocket or cannon artillery is analyzed in details.
进而讨论了针对火箭炮或身管火炮的捷联惯性导航原理。
6.
Rarefaction Wave Gun Propulsion and Its Application on Orthodox Guns;
膨胀波火炮发射原理及其在常规结构枪炮中的应用
7.
The theory of noise attenuation by patterns is the same whether applied to the shot or the geophone end of the wave trajectory.
应用组合方法压制噪声的原理，不论对炮点还是对栓波器波的轨迹终端都是一样的。
8.
Research on Optimal Design Theory and Method of Muzzle Brake;
炮口制退器优化设计理论与方法研究
9.
a dummy gun or piece of artillery made usually of wood.
一种哑炮或木制的大炮。
10.
Study on Cause and Mechanism of Intial Velocity Deviation of First Round;
火炮首发初速偏差形成原因及机理研究
11.
Application of Gauss Minimum Constraint Principle in Gun Vibration Analysis
高斯最小拘束原理在火炮振动分析中的应用
12.
Principle Analysis and Model Research of New Low Recoil Rarefaction Wave Gun
新型低后坐膨胀波火炮的原理分析及模型研究
13.
Study on Processing Technology, Quality Standards and Pharmacology of Stir-heated Amomum VilliosumLour. Fructus with Salt Solution
盐制砂仁炮制工艺、质量标准及药理研究
14.
EXPERIMENTAL STUDY ON THE TOXICITY AND PHARMACODYNA MICS OF PROCESSING PRODUCT IN RADIX ACONITI KUSNEZOFFII
草乌炮制品的药理毒理及药效学实验研究
15.
In this haper herbalogical studies, traditional theory and clinical uses of the various processing of the fruits of croton tiglium L. have been discussed.
对中药巴豆炮制的历史沿革、传统理论及不同炮制品的临床应用进行了整理和探讨。
16.
Conclusion: properly processed Semen Raphani could play a better pharmacological effects.
结论:莱菔子炮制得当,可更好地发挥药理作用。
17.
Studies on Processing Mechanism of Herba Epimedii from Intestinal Absorption and Metabolism Kinetics of Main Constituents;
主成分肠吸收代谢动力学研究淫羊藿炮制机理
18.
The Angle Servo Control System of Small Artillery Based on Freescale Microprocessors
基于Freescale微处理器的小型火炮角度伺服控制系统