Three axis optical tracking test table is a kind of powerful instrument used to reproduce the flying posture of flying weapons in laboratory . the test table , together with equipment producing target , simulates the attacked target and flying missile , which can really simulate the various flying postures in space and dynamic characteristics . thus , the performance of sensors , control system and actuator and so on can be tested and evaluated , which provides various reference bases for developing , improving and redesigning flying weapons 三轴光学跟踪试验转台是一种在实验室条件下复现飞行器或导弹在空中飞行姿态半实物仿真的有力工具,它和目标发生装置组合在一起模拟导弹跟踪目标的过程,可以真实地模拟出导弹等飞行器在空间的各种姿态和动力学特性,从而对其传感器件、控制系统和执行机构等硬件设备的性能加以测试和评价,为飞行器的研制、改进和再设计提供各种参考依据。
Based on characteristics above , a new theory of “ controlling movement by moving ” is proposed , which means that controlling welding arc by moving magnetic field . a new device for generating rotating magnetic field is designed ; magnetic head and excitation power source are included 本文基于以上几种磁场形态和励磁方式的特点,提出了“以动制动”的控制思想,即用动态变化的磁场来控制电弧的运动,研制了一套新型旋转磁场发生装置,本装置包括磁头装置和励磁电源两部分。
Combining high voltage new technology and power electronics technology , this paper developed a controllable steep pulse generator ( cspg ) that can control the energy of output pulse accurately . applied with this generator , a lot of cell experiments and animal experiments were carried out . based on these works , it ' s easier to research mechanism of irreversible electrical breakdown ( ireb ) of malignant tumor cell under steep pulse , and it may be helpful to generalize energy controllable steep pulse therapy ( ecspt ) on cancer treatment 为了研究能量可控陡脉冲对恶性肿瘤细胞不可逆性电击穿的机理，并将能量可控陡脉冲疗法应用于恶性肿瘤的临床治疗，本论文研制出了一套能对输出陡脉冲的能量进行精确控制的陡脉冲发生装置，并应用该装置进行了大量的医学细胞实验和动物实验。
Prof . horii has invented three new types of spiral flow generators . they are applied in area of engineering practice . in this paper , we depicted the actuality and background of this type of spiral flow , illustrated the important significance of its applications in engineering and basic theory 日本horii教授发明的三种自发生成螺旋流的装置引起人们研究的兴趣，本文叙述了国际上对此类螺旋流研究的现状和背景，阐明了螺旋流研究在工业应用上和基础理论上的重要意义，针对“环状轴对称开口径向进流”旋流发生装置进行了实验研究。
Static removal lonizing air gun / hs static removal lon - izing air nozzle lonizing air gun / nozzle is a kid of effective static removing instrument , which swiftly blows the great deal of cation and anion occurred in the ion occurring in - strument with high pressure airflow to the area to be re - moved the static , neutralizes the static charge clooecting in the object , at the same time , high speed ion airflow blows off the dust attracted by static , and prevents it to attract dust again 离子风枪/风嘴是一种高效的静电消除装置，通过高压气流将离子发生装置所产生的大量正负离子迅速吹向所要除静电的区域，中和物体上所积累的静电电荷，同时，高速离子气流将静电吸引的尘粒吹除，并阻止其再次吸收尘埃粒子。
Abstract : by using the self - regulating electrostatic drying equipment , theelectrostatic drying for plant leaves is studied . the equipment is a surface silent discharge ozone generator . the electrostatic drying and natural drying are compared experimentally . the result shows that the electrostatic field is more effective for plant drying . the polarity characteristics of the electrostatic drying is discovered during the experiment and discussed . for accelerating drying , the polarity characteristics should be considered in the drying equipment design 文摘:在自制的沿面式无声放电臭氧发生装置上，对植物叶片进行了干燥实验.通过对植物静电干燥和自然干燥的比较，证实静电场对植物有明显的干燥效果.发现了静电干燥中的极性效应，即当管状电极的极性为负时，干燥速度较快.对极性效应进行了探讨和分析.实验结果表明:沿面式无声放电臭氧发生装置可以有效地对植物进行静电干燥.研究结果对有效地利用静电干燥和极性效应来合理设计静电干燥装置的结构具有重要意义
