電子聲學 的英文怎麼說
中文拼音 [diànzishēngxué]
電子聲學
英文
acoustoelectronics-
The enterprise beijing mutual benefithui chemical raw material co., ltd. deals in carbonic acid and electronic industry in addition to formic acid as well as with almond oil
該企業竭誠為貴公司介紹關于塑料焊接、精密力學、機械學、生活用水、工業用水以及晶體玻璃、燧石玻璃和超聲波清潔費用信息，請撥打+ 86 （ 519 ） 5120087 ， 51 。請不要忘記，垂詢電子工業或真空鍍膜。What interviewing to ever was aided financially by some electron company is big when 3 schoolgirls, less than allowing look on her face why oneself go to school the exultation after difficulty is solved, leave the author just heave a sigh heavily in succession, she says, she has the job that holds two or more posts concurrently in outside school every saturday all the time before, this job hard - earned, herself is cherished very much, in obtained after aiding financially this company often can ask them ( the student that gets this company to aid financially with her ) go helping do a few businesses, because ask for leave frequently, she has been dropped by demit now. . here her gently lachrymal rise : " we are born to also have our life miserably, have oneself character honor, the society gave us huge help, we can be after finish school, the newspaper office is answered to meet in the future, but not be now, what we need now is a normal life. . " see with respect to author place, the circumstance of this classmate has been been very lucky, the backside motive that a lot of company businesses aid financially impoverished student now often is to publicize his to rise thereby famous degree
在采訪一位曾受到某電子公司資助的大三女生時，在她臉上看不到任何自己上學困難解決后的歡欣，留給筆者的只是一聲聲沉重的嘆息，她說，她以前一直有一份每周六在校外兼職的工作，這份工作來之不易，她自己很珍惜，在獲得了資助后該公司便不時的會要求她們（和她一樣受該公司資助的學生）去幫忙做一些事情，由於屢次請假她現在已經被辭掉… …說到這里她輕輕的啜泣起來： 「我們貧困生也有自己的生活，有自己的人格尊嚴，社會給了我們極大的幫助，我們會在完成學業之後，在將往返報社會，但不是現在，我們現在需要的是一份正常的生活… … 」就筆者所見而言，這位同學的情況已經算是很幸運了，現在許多公司企業資助貧困學生的背後動機往往是為了宣傳自己從而提高知名度。Hangzhou hing kwok - ting electronic intelligence engineering limited, established in 1995, the company has more acoustic experts, rich experience in the construction works, long in the field of architectural acoustics and audio video systems design optimization
杭州興鼎電子智能化工程有限公司，創建於1995年，公司擁有多名聲學專家，有著豐富的工程施工經驗，尤其擅長于建築聲學的設計及音視頻系統的優化處理。In medical and other applications of ultrasonics, a variety of electronic instrumentation is used.
超聲波在醫學和其它應用中，要使用許多電子儀器設備。Mlg series ultrasoning system is designed by our compeny, combining with the advantages of foreign and domestic trades. the instrument id mainlu used is single monocrystal silicon sheet, electric parts, lens, hardware and precision mechanical parts
Mlg系列超聲波清洗系統，是本公司結合國外清洗機的特點精心設計，主要運用於單晶矽片、太陽能矽片、電子零件、光學鏡片等行業。In the present dissertation, friction - induced noises emitted by a flat specimen rubbing against another flat specimen or a ball specimen under reciprocating sliding are studied. the detailed observation of the scars is conducted by means of a scanning electrical microscope ( sem ), laser scanning microscope ( lsm ), optical microscope and profilometer. the dynamic state variables are analyzed in detail using the discrete wavelet transform
使用電子掃描顯微鏡（ sem ） 、激光掃描顯微鏡（ lsm ） 、光學顯微鏡和表面輪廓測量儀等設備對摩擦噪聲發生的區域進行了詳細的觀察和分析，運用小波變換技術對摩擦噪聲狀態下的動力學變量進行了深層次的研究，應用matlab simulink語言對摩擦系統進行了振動動力學模擬，系統地研究了摩擦噪聲的形成機理。Sgrseries ultrasonic cleaning system is designed by our company, combining with the advantages of foreign and domestic trades. the instrument is mainly used is single monocrystal silicon sheet, electric parts, lens, hardware and precision mechanical parts
Sgr系列超聲波清洗系統，是本公司結合國外清洗機的特點精心設計的，主要運用單晶矽片、電子零件、光學鏡片、小五金和精密機械零件等行業。Developments in electronic, sonic, and laser technology will provide telemetry that will increase accuracy and timely management response.
電子學，聲學和激光技術的發展為增加預測的準確性和及時採取管理提供了遙測技術。Nowadays with the booming development of microelectronic technique, the functions of the components of machinery, electricity, magnetism, optics, acoustics and thermotics have been improved rapidly. and the micromation of components, the integration of electronic equipments, the worse working environment, the increasing requirement and emi, all of these make the structural design of electronic equipments more and more important
在微電子學高度發展的今天，促使機、電、磁、光、聲和熱等元器件功能飛速提高，隨著元器件微型化，電子設備趨向集成化，再加上一些日趨惡劣的工作環境，各種使用要求的提高，空間電磁環境的干擾，以及由於裝填密度高，產生的內在干擾等，使得電子設備的結構設計變得越來越重要。Chinese journal of medical ultrasound electronic version
中華醫學超聲雜志電子版In chapter 6 a digital interception system is designed and its operating principle is introduced. plenty of experimental results are provided here. in chapter 7 a mathematic model of electron beams in crt of computer vdu is given and entropy preservation performance of tempest transceiving system is discussed, a soft - tempest measure is suggested accordingly
其中第六章設計了數字偵收系統，介紹了其工作原理，並提供了豐富的實驗結果；第七章給出了計算機陰極射線管顯示器電子束的數學模型，據此討論了tempest通信系統的保熵性，接著分析了數字偵收系統的抗噪聲性能。The anechoic room is the appointed lab by zhejiang provincial testing institute of electronic products, and also the only one that meet the all electric - acoustic technical parameters in zhejiang
消聲室是浙江省電子產品檢驗所指定的電聲實驗室，是浙江省目前唯一測試電聲產品聲學指標的全消聲室。In collaboration with the department of physicis and material science of the city university of hong kong and the electronic and engineering department of the chinese university, the faculty of medicine has conducted research on different aspects of computer - aided navigation such as brain shift prediction with finite element model, three - dimensional ultrasound based correction for brain shift, accuracy verification, robotic system, surface identification and matching
通過與香港城市大學物理及材料科學系及香港中文大學電子工程學系的協作，我們正發展電腦輔助的神經導航技術的多方面研究，例如，採用有限元模型預測腦偏移；除去腦偏移的誤差的立體超聲檢查技術；手術準確性的證實；腦表面區域的定位。Ultralow noise microwave cryoelectronic system
超低噪聲微波低溫電子學系統The subject comes from the cooperation project “ x waveband sar receiver ” between chengdu sine science & technology ltd. and the uestc. the auther is responsible for the demonstrability of the rf receiver and the implemetaion of the lna in the system
本項目來源於電子科技大學成都賽英科技有限公司與電子科技大學的合作項目「 x波段合成孔徑雷達（ sar ）接收機」 ，筆者進行了該接收機系統方案的論證及接收機前端低噪聲放大器（ lna ）的研製。Cosmic ray test was carried out to choose and optimize working parameters of full - length prototype and its data acquisition system, verify the electronics system about dynamic range, drift time measurement search window, charge measurement integral width, work stability and electronics grounding and noise. in experiment, acquired abundant experience with the solution of actual problem and verified their reliability of physical design. this lays the foundations for the successful construction of the besiii drift chamber and electrical system
測試過程中我們調整了電子學的動態范圍、漂移時間和電荷測量參數驗證了電子學系統工作的穩定性、抗干擾能力及噪聲水平等並成功解決了實驗過程中遇到了問題。通過長時間的取數進一步檢驗了全長模型和電子學系統工作穩定性，驗證了全長模型及其數據獲取系統物理設計的可靠性，為漂移室和電子學系統的成功研製奠定了基礎。The entropy or number of states of system or subsystem are closely related to interaction of particles and energy level distribution, therefore, to study the temperature dependence of the specific heat may supply some important and useful microscopic information which may play an important role in understanding electronic structure, density of state, phonon spectrum etc. the specific heat measurements at low temperatures also play important roles in the finding of the third law of thermodynamics, the quantum theory of solid and bcs theory for superconducting etc. moreover, specific heat measurements help us to understand the different kinds of phase transitions ( such as : structural phase transition, magnetic phase transition, superconducting phase transition etc. ) and the scaling behavior near the critical point
系統、子系統的熵或微觀狀態數與微觀粒子間的相互作用及能級分佈密切相關，因此研究比熱與溫度的依賴關系能夠提供被測量系統許多極其有用的微觀信息，對理解固體的電子結構、電子態密度、聲子譜等起著十分重要的作用。低溫比熱的測量和研究對熱力學第三定律、固體量子理論和超導bcs等理論的建立起到了積極的推動作用。比熱研究還有助於認識各類相變如結構相變，磁性相變，超導相變等及臨界點附近的標度規律。Due to its outstanding advantages such as broad sensing - spectrum, high sensitivity and low cost, the theories and applications of bulk acoustic wave sensors have been developed rapidly during past ten years. now, its applications have been extended to the fields of pharmaceutical analysis, biochemistiy, molecular biology, genic engineering, clinic immunology, etc.
近幾十年來壓電體聲波傳感器由於具有響應譜廣、靈敏度高而又價格低廉的特點，在理論和應用方面均有長足的進步，已廣泛地用於藥物分析、生物化學及分子生物學、基因工程、臨床免疫學等領域。The physical property of electron - phonon interaction systems is one of the fundamental problems in condensed matter theory. its development and perfection will profit the solving of some important problems in the areas of condensed matter physics, materials physics, protein molecular dynamics as well as other related subjects. so the study of the nonlinear lattice effects in electron - phonon interaction systems has been received extensive attention of many researches in the past years
電子-聲子耦合系統的物理特性是凝聚態理論中的一個基本問題，它的發展和完善可能為凝聚態物理與材料物理領域及蛋白質分子生物學等交叉學科領域中一些重要問題的解決帶來一定的啟示甚至突破性的進展，因而近幾年來電子-聲子耦合系統中晶格非線性效應的研究受到人們的廣泛關注。In chapter one we briefly recall the history of the development of the study of nonlinear effects of electron - phonon interaction system, and review their scientific significance in other related areas
第一章簡要介紹電子-聲子耦合系統及其模型的發展歷史和研究現狀，以及它在其它相關交叉領域的科學意義。分享友人