查询词典 tank gun

This dissertation deeply studied the theory of CMAC neural networks from learning convergence, generalization ability and the improving of the network model and algorithm, and studied the applications of CMAC neural networks in tank barbette control system combining the national defense research project"Control Algorithm Study of Tank Barbette System". These works are meaningful to enrich the architecture of CMAC theory and to improve the performance of tank gun control system.

本文着重从学习算法的收敛性、网络的泛化能力以及对算法和模型的改进等几个方面深入研究了CMAC神经网络理论，并结合国防95预研项目"坦克炮塔系统控制算法研究"对CMAC神经网络在坦克炮塔控制系统中的应用进行了研究，这些工作对于丰富CMAC神经网络的理论体系，提高坦克炮控系统的性能具有重要的意义。

In addition, the 100 mm BS-3 field gun and the D-10 tank gun, mounted on the SU-100, also had the same armor penetration capabilities.

另外，100毫米的BS-3野战炮和安装在SU-100上的D-10坦克炮的穿甲能力也是相同的。

Applying combined method of quantitative analysis and qualitative analysis, on the basis of on ago research fruit, this paper firstly analyses main factors that affect the safe distance from friendly force to target for tank gun overhead firing systemically. Based on that, this paper builds math model of calculating the safe distance from friendly force to target separately aiming to the difference of tank gun overhead firing in plane and undulate terrain. At last, through applying Mathematica soft, this paper presents the safe distance from friendly force to target for a tank gun overhead firing used APFSDS, HEAT and HESH, combined qualitative analysis.

采用定量分析和定性分析相结合的方法，在以往研究成果的基础上，首先系统地分析并提出了影响坦克炮超越射击时友军至目标安全距离的主要因素；以此为基础，针对平坦地形和起伏地形上坦克炮超越射击的不同情况，分别建立了确定友军至目标安全距离的数学模型；最后通过运用Mathematica软件进行定量计算，并结合定性分析，提出了某型坦克炮使用尾翼稳定脱壳穿甲弹、空心装药破甲弹和杀伤爆破榴弹进行超越射击时友军至目标的安全距离。

The new prototype had Hotchkiss H-39 engine and 75mm DT-UDR anti-tank gun. In February it was tested at Suditi and its performance impressed the OKH officials which were attending trials.

新样车的底盘安装H-39霍奇基斯发动机和DT-UDR 75mm反坦克炮。2月，M-04样车在Sudit进行测试，其优良的性能给在场的德国陆军总部官员留下了深刻地印象。

The company also is producing the new MBT-2000 with a 125mm smoothbore tank gun capable of firing three types of ammunition: armor-piercing fin-stabilized discarding sabot, high-explosive anti-tank and high-explosive rounds.

该公司也正在生产新型2000型主战坦克，配备有125毫米线膛坦克炮，能够发射3种型号的弹药：脱壳穿甲弹，高爆反坦克弹药以及高爆弹系列。

The later, more sophisticated self-propelled gun model on the tankette base, was the TKS-D. Its development process was not typical, because it was first conceived as an armoured tractor for a modern 37mm wz.36 Bofors anti-tank gun, which was accepted as a basic Polish anti-tank weapon.

之后，在超轻型坦克的基础上又开发了一种更复杂的自行火炮型号—TKS-D，它的研制过程没有什么代表性，因为最初是想象早装甲牵引车上安装一门现代的wz.36 Bofors 37mm反坦克炮，这是波兰最基础的反坦克武器。

Tanks that could still move were partly rearmed with the type-1932 45 mm tank gun and given to fortified region garrisons to be used as mobile firing points.

至于仍旧能够开动的T-18，也都被换装了1932年型45毫米反坦克炮布置在防御工事中当作机动火力点。

The upgraded amphibious Type 63A tank has a welded turret and rifled 105-mm tank gun.

改进的63A式两栖坦克有一个焊接炮塔和105毫米坦克线膛炮。

Also, the smaller turrets (armed with TMG's) were the same. At first the T-28 was armed with a 76.2 mm short-barreled tank gun: KT-28. Later versions received a more powerful tank gun L-10 with a barrel length of 26 calibers and muzzle velocity of

此外，安装机枪的小炮塔也一样，最初T-28装备的是一门KT-28型短管76.2 mm坦克炮，后来的改进型号采用的是一门威力更大的L-10坦克炮，炮口初速度达到了555米/秒。

PZInz.160 was armed with the anti-tank gun 37mm wz.36 Bofors, mounted low in front of the vehicle, and two 7.92mm machine guns. One machine gun was to be mounted in the front sloped plate, above the gun. The second was to be anti-aircraft one.

PZInz.160装备有一门wz.36 Bofors 37mm炮，安装在车体前部下侧和两挺7.92mm机枪，一挺安装在正面倾斜装甲也就是火炮的上面，另一挺则作为防空机枪。

The absorption and distribution of chromium were studied in ryeusing nutrient culture technique and pot experiment.

采用不同浓度K2CrO4(0，0.4，0.8和1.2 mmol/L)的Hoagland营养液处理黑麦幼苗，测定铬在黑麦体内的亚细胞分布、铬化学形态及不同部位的积累。

By analyzing theory foundation of mathematical morphology in the digital image processing, researching morphology arithmetic of the binary Image, discussing two basic forms for the least structure element: dilation and erosion.

通过分析数学形态学在图像中的理论基础，研究二值图像的形态分析算法，探讨最小结构元素的两种基本形态：膨胀和腐蚀；分析了数学形态学复杂算法的基本原理，把数学形态学的部分并行处理理念引入到家实际应用中。