電光學的 的英文怎麼說
中文拼音 [diànguāngxuéde]
電光學的
英文
electronoptic-
Single crystal silicon is the semiconductor material which is used mostly in the present electronic industry, it play a very important role in the field of aviation - astronavigation, optics, electron and micro - electronics
單晶硅材料是當代電子工業中應用最多的半導體材料,它在航空航天、光學、電子和微電子等領域發揮著十分重要的作用。As a fundamental subject of many science departments and engineering departments, general physics, including mechanics, thermodynamics, optics, electromagnetism and atomics, is a required professional course for university students of science departments and engineering departments, making the physics teaching representatively and extensively in bilingual teaching
摘要普通物理(含力學、熱學、光學、電磁學和原子物理學)是高等院校理工科大學生必修的專業基礎課,是理工科課程的基礎課,這使得物理教學在雙語教學上既具有代表性又具有廣泛性。Syntheses and characterization of nonlinear optical azobenzene derivatives
推拉電子結構非線性光學偶氮苯衍生物的合成A lot of engineering applications are carried out using our proposed method in this paper, such as thermal deformation measurement of a car lamp, analysis of the super low frequency harmonic vibration of a piezoelectric ceramic, dynamic mechanical behavior analysis of the ballistite material and so on
在前面所提出的理論基礎之上,本文對該方法在實際工程中的應用做出了大量的工作。本文利用時間序列法實現了汽車前燈配光鏡的熱變形檢測、壓電陶瓷片的超低頻振動分析以及火箭固體燃料的動態力學特性研究。The electrochemical and spectroscopic behaviors of mp - 11 in the in the aqueous solution and simulated physiological solution, i. e. the solution of 20 % methanol and phosphate buffer solution with 20 % methanol are compared
比較了mp ? 11在水溶液和模擬生理條件(即20甲醇和5mmol / l磷酸緩沖溶液)中的電化學和光譜行為。Authigenic minerals and their occurrence in the meso - cainozoic reservoir sandstones were observed and analyzed by optical microscope, sem, epma and xrd
採用光學顯微鏡、掃描電鏡、電子探針及x射線衍射觀察分析了塔里木盆地中新生界儲層砂巖自生礦物及其在巖石中的產狀。However, the manufacture process of twt is so complicated that many kinds of subject, such as electron optics, magnetics, cathode electronics, microwave electronics, electronmagnetic fields theory, material science, mechanics and calorifics are involved in
行波管的研製涉及到電子光學、磁學、陰極電子學、微波電子學、電磁場理論、材料學、機械與熱分析諸多學科,工藝過程十分復雜。Cubic boron nitride ( cbn ) is a synthesized wide - band - gap iii - v compound semiconductor and has lots of excellent physical and chemical properties. it has been attracted a nice bit of attention for years because of its application in mechanics, calorifics, optics and electronics
立方氮化硼( cbn )是一種人工合成的寬帶隙-族化合物半導體材料,它有許多優異的物理化學性質,在力學、熱學、光學、電子學等方面有著非常誘人的應用前景,多年來一直吸引著國內外眾多研究者的興趣。Support optical or capacitive fingerprint sensor
支持光學或電容的指紋傳感器Afterl95os, due to the development of quantum electronics, a new embranchment appeared, which is laser physics, it ? also called the physics of quantum transitions because of the emanation of electronic technology. the symbol of laser physics is the noble physics prize in 1964. the naissance of laser physics is the landmark in the cognition of naturalness
20世紀中葉以後由於量子電子學的發展而出現了一個新的分支,以研究激光物理機制,探索新型激光器,已形成了專門的學科,即激光物理,或因激光發源於電子技術而稱為量子躍遷物理學,它是以1964年的諾貝爾物理學獎為標志的。With the progress in electronics, information technology and optics technology, biomedical engineering will be a means to develop newer and better medical equipment and clinical methods in the next millennium
在未來的廿一世紀,隨著電子學、信息技術、和光學的發展,生物醫學工程將給人類提供更新、更好的醫療手段和設備。Porous silicon ( ps ) is a new type silicon - based material developed in recent years, which has different properties compared with the crystalline materials. porous silicon can luminescence efficiently across the whole range from the near infrared, through the visible region, to the near uv region. this characteristic makes it possible to fabricate light - emitting devices and solve the key problem of the optoelectronic integrated circuit ( qeic ), opening up the bright future for the vlic
多孔硅( ps )是近年來發展起來的一種新型硅基材料,具有與單晶硅材料大不相同的特性,例如,多孔硅可在近紅外和可見,甚至近紫外區輻射強烈的熒光,使得它可用來製造發光器件,並可望在解決光電子集成電子學的關鍵問題,為製造帶有光源的大規模集成電路等方面開辟新的途徑。The distribution of electromagnetic field in waveguide is the elementary question of guidewave optics, many methods are used to solve this question
電磁波在波導中傳輸的場分佈問題,是導波光學的基本問題,已有很多種方法求解。Spectroelectrochemical measurements were performed in order to obtain the coloration efficiencies of both woj and pani thin films
三氧化鎢以及聚苯胺薄膜的著色效率可由光譜電化學的量測獲得。By examining the micro mechanism of photorefractive effect, we can find that an external dc electric - field can greatly alter ( improve or worsen ) the photorefractive properties of sbnrcr. so it is important to study electric - field effects in these materials. in this thesis, the characters of beam coupling and transmission in sbn : cr crystals under external dc electric - fields are investigated theoretically and experimentally
本文依據光折變非線性光學的光波耦合理論和傳輸理論,對sbn cr晶體在外加直流電場作用下的光波耦合特性和傳輸特性進行了理論分析和實驗研究,主要內容包括: ( 1 )從理論上分析了外加直流電場對光折變二波耦合增益的影響,給出了sbn 60晶體的強度增益系數隨外加電場變化的理論計算曲線。The self - assembly of quantum structure is a new science concept, which unifies the chemistry and physics, organic and inorganic, and so on. the process using self - assembly to construct quantum structure in mesoscope will greatly promote the development of integrated circuits, microelectronics, nanoelectronics and further, to molecular electronics. the self - assembly of quantum structure is being one of the hottest fields in solid physics, material chemistry, and nanoscience
量子結構組裝是一新的科學概念,它統一化學與物理,有機與無機,在介觀尺度上實現集成,它的實現,將會大大地促進納米集成光電子學,納米集成微電子學的發展,是當前固體物理、材料化學中的活躍領域之一。Optical fibre cables - part 2 - 20 : indoor cables - family specification for multi - fibre optical distribution cables
光學纖維電纜.第2 - 20部分:室內光纜.多纖維配電光纜的系列規范With the development of optical communication and integrated opto - electronics, more and more attention was payed to er3 + - doped optical wave - guide amplifier ( edwa )
隨著光纖通信和集成光電子學的發展,人們越來越多的關注摻鉺光波導放大器的研究。A series of spectra were collected by changing the electrochemical process, and the effect on color by doping and undoping was obtained according to the spectra characteristics
通過改變電化學的過程,可獲得一系列光譜特性,進而可得出導電聚合物摻雜和去摻雜過程對電致顯色所產生的影響,為導電聚合物材料的改進和應用提供指導作用。Cuhk and zju are strong in the area of photonics. the field of advanced photonics features a great r d potential, in functional capabilities as well as in novel applications and contributes to virtually every scientific and engineering discipline
香港中文大學及浙江大學于光電科技研究上實力雄厚,此中心的成立將發揮雙方的學術優勢,共同研究與開發光學的創新應用,對科學及工程學科作出貢獻。分享友人