弹道的

In order to discuss the possibility of torpedo(diameter: 534 mm) swim-out launching by the submarine torpedo tube in service, an interior trajectory model was set up in consideration of different resistances and the fact that the area ratio of the circular clearance cross-section of torpedo tube in service to the torpedo cross-section is small. The pressure difference of seawater compensation was defined and added to the model as a resistance parameter, and the launching process was analyzed.

为探讨现役潜艇鱼雷发射管自航发射534口径鱼雷的可能性，针对现役发射管环形间隙截面积与鱼雷横截面之比较小的实际情况，综合考虑了各种阻力的影响，分析了等截面管自航发射过程，定义并引入了补水压差作为阻力因素，重新建立了内弹道模型。

The main points are as follows:The interior ballistic experiments of rocket shell launching are conducted and the experimental data, including the pressure at the wall of rocket launching tube and the initial velocity of rocket shell, are obtained.

主要内容如下： 1进行了火箭弹发射的内弹道试验，测量得到了发射管壁面处的压力时间曲线、弹丸的炮口初速。

The impact inflame damage experiments with simulative fuel tanks of the cruise missile heated to the temperature of 75℃ were carried out by use of round fragments at different incidence angles accelerated by a balli.

利用弹道枪加速发射钢球破片，以不同入射角对加热至75℃的模拟巡航导弹燃油舱等效靶进行了冲击引燃毁伤作用实验，研究了模拟巡航导弹燃油舱在不同打击条件下的毁伤模式，分析了其毁伤机理，给出了模拟巡航导弹燃油舱在不同打击条件下的冲击引燃判据。

In addition, while the SPC has a slightly lower muzzle velocity than the 5.56mm cartridge, its larger mass makes it ballistically similar to the lighter 5.56mm round (in terms of accuracy and bullet drop), and it delivers half again as much kinetic energy.

除此以外，由于SPC的枪口初速度比起5.56毫米枪弹稍低，虽然弹丸质量更大却拥有与5.56毫米彈藥相似的弹道抛物线（依据于精度与弹丸坠落方面），并且表现出了比之5.56毫米彈藥多出一半的动能。

The development of modern high performance weapon has been seriously restrained duo to its launch safety problem, which has become the world problem and greatly attended by ballistician at home and abroad.

中文摘要：发射装药发射安全性问题严重制约了现代高性能火炮进一步的发展，引起国内外兵器界的广泛关注，成为弹道学家关注的世界性难题。

The development of modern high performance weapon has been seriously restrained duo to its launch safety proplem, which has becom the world problem and greatly attended by ballistician at home and abroad.

发射装药发射安全性问题严重制约了现代高性能火炮进一步的发展，引起国内外兵器界的广泛关注，成为弹道学家关注的世界性难题。

CYBERWAND double catheters ultrasound lithoclast master, Swiss EMS ultrasonic pneumatic lithotripsy lithotomy system, American holmium laser, German neodymium laser, Japan Olympus Digital high-definition endoscopy system, Japan Olympus E-duodenoscopy, Germany WOLF percutaneous nephrolithotomy, Germany WOLF ureteroscopy, Japan Olympus E-cystoscopy, Japan Olympus fiber soft nephrolithotomy, the fifth generation of electromagnetic waves lithotripsy system, IR stone composition analyzer, Siemens digital X-ray imaging system, GE Real-time dynamic three-dimensional color Doppler, Olympus resectoscope plasma, C-arm mobile X-ray machine and other international advanced equipments.

医院配备美国CYBERWAND双导管碎石清石系统、瑞士第四代EMS超声气压弹道碎石清石系统、美国钬激光、德国钕激光、日本奥林巴斯数码高清内窥镜系统、日本奥林巴斯电子十二指肠镜、德国WOLF经皮肾镜、德国WOLF输尿管镜、日本奥林巴斯电子膀胱镜、日本奥林巴斯纤维软性肾镜、第五代电磁波体外碎石系统、红外光谱结石成份分析仪、西门子数码X光成像系统、GE三维实时动态彩超、奥林巴斯等离子电切镜、C型臂移动式X光机等国际先进设备；严格按照世界卫生社团认定的诊疗标准，导入JCI认证体系；制定严格的疾病诊疗临床路径，为结石病患者提供全方位国际程度的诊疗服务。

The combination of TURP and pneumatic lithotripsy is a practical, safe and effective approach for the elderly patients.

70岁以上老年人同期施行TURP和气压弹道碎石术的手术是安全的，效果是满意的。

Based on the functions from closed vessel experiments, the ballistic simulation results of maximum chamber pressure, muzzle velocity and p-t curves of a 105mm gun charged with LTSC nitroamine propellant at +50℃,+15℃ and -40℃ environmental temperature were in good agreement with experimental data.

在密闭爆发器实验的基础上，应用可视化程序对某105mm火炮采用低温感硝胺火药在+50℃、+15℃和-40℃环境温度下的最大膛压、初速以及膛压—时间曲线进行了弹道模拟，模拟与实验结果具有较好的一致性。

Based on the functions from closed vessel experiments, the ballistic simulation results of maximum chamber pressure, muzzle velocity and p-t curves of a 105mm gun charged with LTSC nitroamine propellant at +50C,+15C and -40℃ environmental temperature were in good agreement with experimental data.

在密闭爆发器实验的基础上，应用可视化程序对某105mm火炮采用低温感硝胺火药在+50℃、+15℃和-40℃环境温度下的最大膛压、初速以及膛压—时间曲线进行了弹道模拟，模拟与实验结果具有较好的一致性。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。