引信

基本解释 (translations)

fusee  ·  fuze  ·  fusees

与引信相关的网络例句 [注：此内容来源于网络，仅供参考]

Aimed at the difference in the definition of fuze in mang years,a viewpoint war put forward that the definition of fuzes should in dude the main functions of fuze . and the in formation sources used by fuze during working,and corer all kinds of fuze.

针对多年来对引信定义方式出现的不同和差异，提出了引信定义应该包含引信的主要功能，引信工作利用的信息来源，并且涵盖所有引信的观点。

On the background of the new rocket depth charge multifunction fuze, the signal processing circuit of ultrasonic detection receiver is studied. The aim of this dissertation is to improve the performance of the receiver.

本文以火箭深弹新型多作用体制引信为应用背景，主要就引信声近炸模块主动超声波探测接收机信号处理电路进行了研究，目的是提高接收机对回波的处理能力，从而提高引信探测目标能力和近炸精度。

This thesis is an introduction of the database system, which combines the fuze design and simulation, and it is an introduction of the technology for preconditioning the data in the process of the simulation. It also introduces the design of fuze system, the process of simulation and the application of the database for fuze design and simulation, with the example of the horologe of some fuze system.

本论文介绍了为引信设计、仿真集成系统所开发的数据库系统及仿真数据前处理技术，并以引信系统钟表机构为实例，介绍了引信系统设计、仿真过程及引信系统数据库的应用。

In combination with sensitivity analysis, it is found that the main reason causing the fuse failure in bore is the lateral shock between the bourrelet and the bore surface. This shock produce huge lateral impulsive force and acceleration causing fuse mechanism plastic deformation and improper function. Besides, it may lead to fall-off in fuse safety.

造成引信瞎火的主要原因是由于弹丸在膛内运动期间，弹丸与身管内壁间的相互碰撞所产生的横向冲击加速度使引信保险机构产生多次重复振荡，使其产生局部塑性变形及破坏不能可靠解除保险所致；并可能导致引信膛内安全性下降。

The optical path ,working principle,signal processing and anti-interference performance of the fuze are analyzed in detail.

介绍了一种新的近炸引信技术4/4/目标识别与定距双路接收的前视激光引信，并对该引信的光路设计、工作原理、信号处理及抗干扰性能进行了详尽地分析研究。

Then according to the characteristic of LFMCW fuze signal,the characteristic parameter is extracted based on periodic ambiguity function.

该方法首先对侦察接收到的信号作二维自相关变换，分析LFMCW引信信号的周期模糊函数特征，然后结合LFMCW引信信号本身的特性，在相关域提取LFMCW引信信号的特征参数。

This thesis has been written to study two basic problems about the jamming on radio proximity fuze and the anti-j...

本论文主要研究了无线电近炸引信电子对抗中的两个基本问题，即无线电引信的干扰和无线电引信的抗干扰问题。

According to the characteristics of the fuse industry and the research condition, We applied ZPrinter310 system to produce the fuze prototypes and used these prototypes to help design in the project argumentation phase, got the final project;Then we applied AFS-320 rapid prototyping system to produce the noumenon, analyzed the noumenon's precision、surface quality and performance of material mechanics in detail,based on these analytic results,we considered to use the noumenon in the fuze local performance test and some laboratory experimentations;At last we discussed how to combine the rapid tooling and precision foundry to produce batch of samples, we can apply these samples in the fuze system and ball cartridge experimentation.

本论文将快速成型技术贯穿在引信研制周期中的各个阶段，根据引信研制的特点及现有的研究条件，应用基于3DP工艺的ZPrinter310系统制造出了引信零件原型，并将原型应用于方案设计论证阶段辅助引信设计，得出了零件的最终设计方案；应用基于SLS工艺的AFS-320快速成型系统制造出了引信本体，对本体的尺寸精度、表面质量及材料的力学性能作了详细的分析，根据综合分析结果，考虑将本体直接应用于引信研制阶段的局部性能试验及部分实验室试验中；最后还论述了如何结合快速模具及精密铸造技术小批量制造引信零件应用于引信研制阶段的实验室试验及实弹试验中。

Finally, I use the 5mmFMCW blasting fuse which was successfully developed to carry on the actual signal analysis. The 5mm FMCW blasting fuse is carried on the range coverage test .The 5mm FMCW blasting fuse is tested and analyzed when it and aims are simulated the junction, and we have drawn the important conclusion.

最后，利用研制成功的5mmFMCW引信进行了实测信号分析，主要是进行了5mmFMCW引信进行作用距离测试以及5mmFMCW引信模拟引信交会测试及分析，并得出了重要结论。

The theory of the simulation is that, firstly put fuze and parts in simulation device in reverse, then fire them in high speed by air gun , and they fly into gun spinning quickly and impact cushion and brass block in it , negative acceleration because of impact is to simulate setback , meanwhile they spin with spin gun when impacting, so spin environment can be simulated, so the simulation system can stimulate setback and spin of fuze in fire.

该模拟系统的原理是将引信及其零部件倒置在模拟弹丸中，通过空气炮以高速发射出去，然后飞入高速旋转的旋转管内，与旋转管内的缓冲块和黄铜块碰撞，碰撞而形成的负加速度作为引信发射时受到的后坐，由于碰撞时与旋转管一起旋转，模拟引信发射时的旋转环境，达到模拟引信发射后坐与旋转环境的目的。

与引信相关的网络解释 [注：此内容来源于网络，仅供参考]

acoustically activated fuses：音响引爆引信

tilt-rod-activated fuses,倾斜杆引爆引信,, | acoustically activated fuses,音响引爆引信,, | magnetically activated fuses,磁力引爆引信,,

fusee：耐风火柴引信

fusee 发条匀速链信号火耐风火柴引信 | fusee 耐风火柴引信 | fusibility 易熔性

proximity fuze：近炸引信

近炸引信(proximity fuze)按目标特 性或其环境特性感觉目标的存在、距离和 方向而作用的引信. 曾称非触发引信. 近炸 引信是靠其感应式的敏感装置,来感应感 觉臼标的存在、速度、距离和(或)方向.

fuzee：引信

fuzeaction 起爆 | fuzee 引信 | fuzesetter 引信定时器

fuze; proximity：近發引信

延时引信 fuze; delay | 近发引信 fuze; proximity | 模糊控制 fuzzy control

self-destruction type：自炸引信

retarded action~延期引信 | self-destruction type~自炸引信 | set a~装定引信

seismically activated fuses：震波引爆引信

magnetically activated fuses,磁力引爆引信,, | seismically activated fuses,震波引爆引信,, | infrared-activated fuses,红外线引爆引信,,

detonating：爆炸引信

delayed-action~定时引信 | detonating~爆炸引信 | flash~电点火头

impact fuzes：击发引信,发火引信

impact frequency || 碰撞频率 | impact fuzes || 击发引信,发火引信 | impact grinding || 冲击粉碎

fuzing 1：起爆引信;2.熔化

VT~近炸引信 | fuzing 1.起爆引信;2.熔化 | midfrequency~中频增益