学术科研

这里介绍几个完成时间较早，已对外公布，并具有一定代表性的成果。

1983年研制成功银河亿次巨型计算机，使我国成为能研制巨型机的少数几个国家之一，该成果荣获特等国防科技成果奖。

In 1983 the successful development of Yinhe supercomputer capable of 100 million calculations per second enable China to rank among the few countries which can manufacture supercomputers. detail

银河-Ⅱ十亿次巨型计算机

1992年研制成功的银河-Ⅱ十亿次巨型计算机，被列为1992年全国十大科技成果之首。中央军委授予国防科技大学计算机研究所“科技攻关先锋”荣誉称号。

Yinhe-2 supercomputer capable of one billion calculations per second developed in 1992 was put in the first place among the 10 great scientific and technological achievements in China that year. detail

银河全数字仿真计算机

1985年研制成功的第一台银河全数字仿真计算机为“长二捆”运载火箭的研制成功发挥了重要作用。1993年又研制成功了“银河全数字仿真-Ⅱ”计算机，整体技术指标达到国际先进水平，标志着我国计算机仿真技术已跨入世界先进行列。

The Yinhe full digital emulation-2 computer developed in 1993 has come up the advanced world level. detail

织女系列气象探空火箭

1987年研制成功的织女一号气象探空火箭处于国内领先地位。1991年研制成功的织女三号探空火箭，其性能达到了国际先进水平。

The "Weaver No 1" meteorlogical rocket manufactured in 1987 is in the lead in China. The performance of the "Weaver No 3" sounding rocket manufactured in 1991 has come up to the advanced world standard. detail

磁悬浮列车专题

1989年研制成功的我国第一台磁悬浮列车实验样车。

The prototype of the first small maglev of our country manufactured in 1989. detail

智能机器人专题

1990年研制成功的两足步行机器人，填补了国内空白，达到国际先进水平。2000年，类人型机器人又被评为本年国家十大科技成果之一。

In 2000, the hominine robot was chose through public appraisal one of the 10 great scientific and technological achievements in China that year. detail

蜂王系列微型遥控飞行器

1988研制成功的蜂王-Ⅰ型微型遥控飞行器。2000年12月，更先进的蜂王无人机亮相，引起广泛注意。

The "Queen Wasp-1" telecontrolled midget flying vessel developed in 1988. More advanced Queen Wasp unmanned vessel striking a pose on the stage in december,2000 is arrestive. detail

“远望-1”号测量船上的重要设备

装备在“远望-1”号测量船上的151-4计算机和X-Ⅱ彩色显示图示设备，为我国1978年远程火箭发射试验作出了重要贡献。

The 151-4 computer and X-2 color graph-display system equipped on board the surveying ship 'Yuanwang-1' made important contributions to the launching of the long-range rocket of our country in 1978. detail

	舰船雷达目标自动/智能识别系统 1989年研制成功的的舰船雷达目标自动/智能识别系统，自动识别过往船只，其正确识别率优于90%，达到八十年代中期国际先进水平。 The automatic intelligent target recognition system of the suiface vessel radar developed in 1989 can automatically identify the passing vessels with over 90 degrees of accuracy. It has reached advance world level in the mid 1980's. detail
	激光陀螺仪国防科技大学研制的激光陀螺仪在国内处于领先地位。 The laser gyroscope manufactured in the university is in the lead in China. detail
	汽车计算机自动驾驶系统 1992年研制成功的汽车计算机自动驾驶系统，可以推广应用于各种工程车辆，试验靶车等。 The automobile computer-controlled system developed in 1992 can be applied to all sorts of construction automobiles and target vehicles. detail
	碳化硅纤维 1990年研制成功并达到国际先进水平的连续碳化硅纤维和聚碳硅烷纤维，在宇航和国民经济中有着广泛的应用前景。 The silicon carbide fiber and polycarbosilane fiber developed in 1990 have come up to advanced world standard. They promise wide application in astronautic field sand national economy. detail

契仑柯夫自由电子激光装置

契仑柯夫自由电子激光装置，1990年在国内首次出光，达到八十年代国际同类装置先进水平。

Cerenkov free-electron laser device emitted coherent radiation for the first time in China in 1990. It has come up to advanced world level in the late 1980's. detail

微孔径激光检测装置

1989年研制成功的微孔径激光检测装置，是一台光机电算结合的精密测试仪器，处于国内领先水平。

The micro-aperture-diameter laser measurement device developed in 1989 is a precision instrument combining opticator, mechanism, electro-circuit and micro-computer. It is the most advanced in China. detail

精密加工控制系统

采用软靠模的PCT-1活塞车削控制系统用于加工各种复杂形状的活塞，在国内处于领先水平，并实现了产业化。

The PTC-1 numerical control turning system with soft template can be used to process complex-contour configuration pistons and other special-shaped circular parts. It is in the lead at home and has been produced batches. detail