查询词典 rocket artillery

Rifle Corps (236, 353, 394 Rifle Division), 37 Rifle Corps (59 и 108 Guards, 320 Rifle Division), 259 Rifle Division, 1 Guards FORTIFIED REGION 45 Guards Gun Artillery Brigade, 274 Howitzer Artillery Regiment, 437, 1312 Antitank Artillery Regiment, 462 Mortar Regiment, 1651 Antiaircraft Artillery Regiment, 51 Engineer-Sapper Brigade

第34步兵军(第236﹑353﹑394步兵师)，第37步兵军(第59﹑108近卫步兵师，第320步兵师)，第259步兵师，第1近卫筑垒地域，第45近卫加农炮旅，第274榴弹炮团，第437﹑1312反坦克炮团，第462迫击炮团，第1651防空炮团，第51工程兵旅

Guards Rifle Corps (49, 86 и 109 Guards Rifle Division), 32 Rifle Corps (60 Guards, 295, 416 Rifle Division), 248, 266 Rifle Division 44 Guards Gun Artillery Brigade, 92 Guards Corps Artillery Regiment, 507, 521 Antitank Artillery Regiment, 489 Mortar Regiment, 1617 Antiaircraft Artillery Regiment –61 Engineer-Sapper Brigade

第10近卫步兵军(第49﹑86﹑109近卫步兵师)，第32步兵军(第60近卫步兵师，第295﹑416步兵师)，第248﹑266步兵师，第44近卫加农炮旅，第92近卫军属炮兵团，第507﹑521反坦克炮团，第489迫击炮团，第1617防空炮团，第61工程兵旅

Rifle Corps (236, 353, 394 Rifle Division), 37 Rifle Corps (59 и 108 Guards, 320 Rifle Division), 259 Rifle Division, 1 Guards FORTIFIED REGION 45 Guards Gun Artillery Brigade, 274 Howitzer Artillery Regiment, 437, 1312 Antitank Artillery Regiment, 462 Mortar Regiment, 1651 Antiaircraft Artillery Regiment, 51 Engineer-Sapper Brigade }Q:feA

第34步兵军(第236﹑353﹑394步兵师)，第37步兵军(第59﹑108近卫步兵师，第320步兵师)，第259步兵师，第1近卫筑垒地域，第45近卫加农炮旅，第274榴弹炮团，第437﹑1312反坦克炮团，第462迫击炮团，第1651防空炮团，第51工程兵旅 K-V}2E

Guards Rifle Corps (12 Guards, 212 Rifle Division), 89 Rifle Corps (23, 55 Rifle Division), 397, 415 Rifle Division38 Guards Gun Artillery Brigade, 60 Guards Corps Artillery Regiment, 533 Antitank Artillery Regiment, 547 Mortar Regiment, 1282 Antiaircraft Artillery Regiment

第9近卫步兵军(第12近卫步兵师，第212步兵师)，第89步兵军(第23﹑55步兵师)，第397﹑415步兵师，第38近卫加农炮旅，第60近卫军属炮兵团，第533反坦克炮团，第547迫击炮团，第1282防空炮团，第40独立装甲列车营，第38工程兵旅

Rifle Corps (53 Guards, 229 Rifle Division), 111 Rifle Corps (44, 225, 288 Rifle Division )35 Guards Gun Artillery Brigade, 129 Heavy? Gun Artillery Regiment, 648 Antitank Artillery Regiment, 30 Mortar Brigade, 500 Mortar Regiment, 321 Guards Mortar Regiment, 1467 Antiaircraft Artillery Regiment

第7步兵军(第53近卫步兵师，第229步兵师)，第111步兵军(第44﹑225﹑288步兵师)，第35近卫加农炮兵旅，第129重型加农炮兵团，第648反坦克团，第30迫击炮旅，第500迫击炮团，第321近卫迫击炮团，第1467防空团，第258独立坦克团，第12工程兵旅

Guards Rifle Corps (35, 47 и 57 Guards Rifle Division), 28 Guards Rifle Corps (39, 79 и 88 Guards Rifle Division), 29 Guards Rifle Corps (27, 74 и 82 Guards Rifle Division)*C+g8 Ws43 Guards Gun Artillery Brigade, 40 Guards Corps Artillery Regiment, 266 Guards Antitank Artillery Regiment, 141 Mortar Regiment, 878 Antiaircraft Artillery Regiment 1061, 1087, 1200 Self-propelled Gun Regiment ^L7d

第4近卫步兵军(第35﹑47﹑57近卫步兵师)，第28近卫步兵军(第39﹑79﹑88近卫步兵师)，第29近卫步兵军(第27﹑74﹑82近卫步兵师)，第43近卫加农炮旅，第40近卫军属炮兵团，第266近卫反坦克炮团，第141迫击炮团，第878防空炮团，第1061﹑1087﹑1200自行加农炮团，第64工程兵旅 vuUzm

China July 19, 1964, the successful launch of a biological rocket. October 27, 1966, the success of the missile test-firing of nuclear weapons. April 24, 1970 at the Jiuquan Satellite Launch of China's first man-made earth satellite "Dongfanghong No. 1." November 26, 1975, launched a retrievable satellite.1980 long-range carrier rocket successfully launched. 2 years later, the submarine underwater rocket launch a success.April 8, 1984, China's first geostationary communication satellite successfully launched the pilot. 1 February, 1986, China launched a communications and broadcasting satellites practical.September 7, 1988, China launched a meteorological satellite test "on the 1st situation." November 20, 1999, in the Jiuquan Satellite Launch Center rocket successfully launched the first "Shenzhou" spacecraft.At 9 o'clock on October 15, 2003, China launched its first manned spacecraft "Shenzhou 5" spacecraftin space flight of 21 hours, orbiting the Earth after 14 weeks, on the 16th early morning 6:23 in the safe return of ground .

中国航空中国1964年7月19日，成功发射了一枚生物火箭。1966年10月27日，导弹核武器发射试验成功。1970年4月24日在酒泉发射了我国第一颗人造地球卫星"东方红1号"。1975年11月26日，发射了一颗返回式人造卫星。1980年远程运载火箭发射成功。2年以后，潜艇水下发射运载火箭获得成功。1984年4月8日，我国第一颗地球静止轨道试验通信卫星发射成功。1986年2月1日，我国发射了一颗实用通信广播卫星。1988年9月7日，中国发射了一颗试验气象卫星"风云1号"。1999年11月20日，在酒泉卫星发射中心用运载火箭成功发射了第一艘"神舟号"试验飞船。2003年10月15日9：00，中国发射了第一艘载人飞船"神舟5号"，飞船在太空中飞行了21小时，绕地球运行14周后，于16日清晨6：23安全返回地面。

This paper takes one low-speed-circumgyrate rocket with a empennage asa research object, set up a relevant reference frame, analyse the strength andmoment on the amended rocket, ratiocinate the sports equation with 6 DOF; analyse the factors which cause terminal windage between pratical trajectoryand fiducial trajectory, take certain rocket for example, make use of theemluator on the influence of estimating precision caused by measuredinformation, find the speed, the trajectory obliquity, the trajectory setoverand the coordinate are the sensitive factor arosing terminal windage of thetrajectory; introduce the developing status of detecting technique, and basedon the actuality, choose the radar in the ground as measure equipment; simplydesign and analyse the setting and inflame control of the impulse engine onthe amended rocket; design the amend method and validate its feasibility takingthe use of emluator.

本文以某型低速旋转尾翼火箭弹为研究对象，建立了相应的坐标系，详细的分析了作用在弹道修正弹上的力和力矩，由动量定理和动量矩定理推导出了在一般形式下的弹道修正弹的空间六自由度的运动方程；对引起弹道落点偏差的因素进行了分析，以某口径火箭弹为例仿真了可测信息量对估算精度的影响，发现速度大小、弹道倾角、弹道偏角和位置坐标是引起落点偏差的主要因素；对弹道探测技术发展现状作综合性阐述，并基于现状，选用地面火控雷达作为测量装置；对弹道修正弹上脉冲推力器的安装和点火控制方法进行了简要的设计与分析；设计了弹道修正弹指令修正的修正方法，通过数字仿真验证了方法的可行性。

A rocket or rocket vehicle is a missile , aircraft or other vehicle which obtains thrust by the reaction of the rocket to the ejection of fast moving fluid exhaust from a rocket engine .

火箭是一种投射物、飞行器或其他的交通工具，它靠引擎流动气体的排出做为推力。

In the paper, the researches and conclusions are:The basic theory and technique ofgeography information system, Introduce the history of the GIS technique developmentand it develops the trend, the GIS modernizes the meaning of the construction and thepurpose and the meaning of the topic researches to the our army artillery.The design ofartillerist numeric map, Make use of the soft strong graphics function of the SuperMapgeography information system, from how made the numerical map of artillery tocommence, carried on the processing and processed the piece to the artilleryappropriative paper quality diagram to manufacture the numerical map of artillery.Themold of choosing the position of artillerist and excavating the position of spacedata;Rules of space clustering analyzing and space relationship on the basis ofmathematics configuration;Choosing the path of positing convert;optimalpath arithmetic on the basis of chart theory and realize optimal path analyze.

论文研究内容有：地理信息系统的基本理论与技术，介绍GIS技术发展的历史及其发展趋势，GIS对我军炮兵现代化建设的意义和课题研究的目的及意义；炮兵地图数字化设计与制作，利用SuperMap地理信息系统软强大的制图功能，从如何制炮兵数字地图入手，对炮兵专用的纸质地图进行处理和加工件来制作炮兵数字地图；炮兵阵地选取分析模型、阵地空间数据挖掘模型的建立和挖掘过程，基于数学形态学的空间聚类分析法、空间关联规则法的挖掘模型；阵地转移的路径选择，对炮兵阵地转移路径进行分析，基于图论中的Dijkstra最优路径算法，实现转移最佳路径分析。

After oxidation, pH value of the surface of carbon black has a specific relation with the volatile content.

氧化后炭黑表面的pH值与挥发分之间有一定的关系。

Knowing that such a person is warped and sinful; he is self-condemned.

因为知道这等人已经背道，犯了罪，自己明知不是，还是去做。