theory of laser中文是什么意思

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中文翻译
造句

激光理论

theory n. 1.理论，学理，原理。 2.学说，论说 (opp. ...
laser n. 镭射激光，受激发射光，激光；莱塞；激光器，光激射器 ...
cerenkov laser theory 切伦科夫激光理论
laser n. 镭射激光，受激发射光，激光；莱塞；激光器，光激射器 ( ＝ light amplification by stimulated emission of radiation) 〔由以上各词首字母组成的缩略词〕。 a laser space-to-ground voice link 镭射空对地通话联系。 glass laser 玻璃镭射器。 -ing ＝ lasing.
the laser 激光
and theory 经验与理论，119
in theory 从理论上说; 理论上，理论上讲
s theory 弗洛伦斯学说; 戈尔茨学说; 赫伯理论; 嘉农氏理论
the theory of the 事业理论
theory n. 1.理论，学理，原理。 2.学说，论说 (opp. hypothesis)。 3.推测，揣度。 4.〔口语〕见解，意见。 the theory of two points 两点论。 Darwin's theory of evolution 达尔文的进化论。 theory of equations 【数学】方程论。 theory of everything 【物理学】(把相对论、量子论和宇宙大爆炸理论都包括在内的)万用理论。 theory of relativity 【物理学】相对论。 the atomic theory 原子说。 Our scheme is good both in theory and in practice. 我们的方案在理论上和实施上都是好的。 combine [separate] theory with [from] practice 理论结合[脱离]实际。 My theory is that we must bring new blood into the Institute through appointment of younger men to important positions. 我的意见是我们学院应该通过重用年轻一些的人来注入新的血液。 theory of games 博弈论，对策论，权衡利弊得失的形势分析。
theory of 经验的理论，6
will theory 意思说
laser guidance; laser guiding 激光制导
laser laser ablationn 雷射烧蚀
laser photogenerator laser photoplotter 雷射曝光机
electron theory (= electronic theory) 电子学说
theory x and theory y x理论和y理论
theory x-theory y 理论
undulatory theory, wave theory 波动说
utility theory and decision theory 效用理论和决策理论
acquisition laser 搜索激光器
airborne laser 机载激光器
alcohol laser 乙醇激光器
alexandrite laser 变石激光器; 翠绿宝石激光器
alignment laser 蝶用激光器; 校直雷射，校准用雷射

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例句与用法

Analyzing the sintering theory of nano material and the heat conduction theory of laser machining , the mathematic model of grain size growth of nano material in laser sintering is built
在分析纳米材料已有烧结理论的基础上，结合激光加工中有关热传导理论，建立了纳米材料在激光作用下晶粒尺寸变化的数学模型。
To finish the task of distance measuring , speed measuring and warning , the theory of laser - based distance measuring is used in this system , and the system is controlled by scm ( single chip microprocessor )
为完成测距、测速和报警工作，汽车自适应驰控装置利用红外激光测距原理，采用单片机作核心控制芯片。
The paper researches the theory of laser rangefinder and studies relational questions , gives a presentation of the constituent parts of the laser rangefinder and the function of each part
本文结合工程项目研究了激光测距机的原理，讨论了激光测距的有关问题，详细地介绍了项目中激光测距机的组成以及各部分的功能。
In the first part , the paper mainly discourse upon the gestation course of theoretic base in laser physics , stimulated emission , population inversion and other basic theory of laser were discussed
第一部分主要论述了激光物理理论背景的酝酿过程，对受激辐射、负吸收、粒子数反转这几个激光物理的基本理论的建立过程作了研究和分析。
It has not been widely in a development stage and reached the desired result . the basic theory of laser remanufacturing need to be developed deeply , which limited the application of it , such as temperature measurement and measurement control , and so on
但其中的许多基础理论问题尚需深入开展研究，如激光再制造过程中温度及尺寸精度控制检测等问题，使激光再制造技术的应用受到了很大限制。
U . s . a has plan to spend eleven hundred million dollars to build a great high - power laser setting of 192 routes of laser which is named nif the basic theory of laser - fusion is firstly brought forward by wang ganchang academician in 1964
美国计划花11亿美元建造一个名为国家点火装置( nif )的192路大型高功率激光装置。激光聚变的基本理论原理是由中国的王淦昌院士于1964年最先提出的，中国在这一领域的研究水平也是国际领先的。
The theory of laser range finder is firstly introduced in this paper . then based on the laser radar ranging theory , the laser radar ranging equation , the effect of the travel characters of the laser in the air on the measurement and the laser ranging snr equation are discussed
本文首先介绍了激光测距原理,然后从激光雷达测距理论出发,以激光雷达作用距离方程、激光的大气传输特性对测距的影响、激光雷达的信噪比作为理论基础,进行了方案设计。
Laser doppler velocimeter ( ldv ) is a precise instrument based on the theory of laser doppler effect with no - touch measurement capability , quick responsibility , high precision , wide measurement range , multiple dimension measurement and direction judgement ability . ldv is applied extensively in the field of science research & education and industrial measurement . in this thesis , we researched on the high - precise signal processing in ldv
激光多普勒测速仪( ldv )是根据激光多普勒效应研制而成的一种精密测速仪器,具有非接触测量、动态响应快、分析精度高、测量范围宽、可测多维速度和判别速度方向等优点,被广泛应用于科研教育领域和工业测量领域。
On the base of studying imaging theory of lens , the imaging theory of laser confocal scanning microscopy was analyzed in detail in this paper , and the advancement of that the optical fiber was applied to the system was described ; on the base of completed the demonstration for whole project , the experiment scheme was designed ; the relationship between the main parameters of key devices and the resolution was deduced , and the requirements of coupling efficiency and vignetting effects to optical system was analyzed ; the design of optical system and the planar scanning controlling circuit was completed ; a new method was put forward to resolved the inherent non - liner scanning problem of the galvanometer scanner by using software liner controlling in circuit design , and the perfect planar scanning was realized ; at last the low noise , high multiple and non - distortion amplify circuit of photoelectric detector was completed
本文在透镜成像理论的基础上，系统、深入地分析了共焦扫描显微成像的机理，论述了应用单模光纤的激光共焦扫描显微成像系统的优点；进行了总体方案的论证，并设计确定了单模光纤激光共焦扫描显微成像系统的总体方案；从理论上推导分析了分辨率要求与试验系统中相关器件主要参数之间的关系，分析了系统耦合效率和渐晕现象对光学系统的设计要求；完成了方案中光学系统和二维扫描控制电路的设计，并在电路设计中采用了用软件解决检流计式光学扫描器(振镜)非线性问题的新方法，能够实现较为理想的二维模拟扫描；完成了高增益、低噪声和低失真的探测接收系统的设计和调试。
In the first part of this paper , the theory of laser range and dds technology was introduced , the factors of influencing range precision were also analysed . at the same time , put forward in the paper , with using the fpga embedded technology , the wideband and high resolution sin modulating signals can be generated easily , then analysed the noise of the dds ; in the second part , the theory of phase measurement based on fft was analysed . in the phase range system , by using the fft operation , the resolution and sensibility of phase measurement can be enhanced ; then some circuits were designed and come true , also simulated and validated ; in last part , the improvement of the phase range system was brought forward , summarized and expected
论文首先阐述了激光测距和调制信号源的基本原理,分析了影响测距精度的因素,指出应用dds技术可以实现宽带、高精度的调制信号输出,说明了引起dds输出信号杂散的原因和解决的办法;同时分析了应用fft运算实现信号相位提取的基本原理及设计方法,采用这种检相技术,可以极大地提高测相精度与灵敏度;然后提出了基于fpga嵌入式系统的相位式激光测距机的整体设计,并就各部分进行了详细的分析与设计;接着介绍了激光测距系统的外围电路和基于quartusii集成软件平台的部分硬件电路的设计,并对其中的设计进行了仿真和验证;最后总结提出了对系统今后的进一步改进和完善的思路。