熱激勵 的英文怎麼說

中文拼音 [rèjīlì]
熱激勵 英文
thermal cvd system
  • 激 : Ⅰ動詞1 （水因受到阻礙或震蕩而向上涌） swash; surge; dash 2 （冷水突然刺激身體使得病） fall ill fr...
  • 勵 : Ⅰ動 （勸勉） encourage; exert oneself Ⅱ名詞（姓氏） a surname
  • 激勵 : 1 （激發鼓勵） encourage; impel; urge; inspire; excite; stimulate; put one on one s mettle 2 [電...
  1. His ardour for the cause inspired his followers

    他對事業的熱情激勵著他的追隨者
  2. As the old guard burns itself out in internecine warfare, in the exhaustion of the blind puzzle - solvers, and in the futility of fighting for a meaningless cause, the zealots of intelligent design are intellectually stimulated, enthusiastic, and purposeful

    隨著老一代衛道士在自相殘殺中將自己燒焦，在盲目的謎團解難者筋疲力盡並為無意義的目的繼續無益爭斗之際，生物智能設計的狂熱者被智性的激勵，熱情高漲，更有目的。
  3. Its principle is : a laminated structure ( beam or plate ) with delamination consists of undelaminated region and delaminted region which can be divided to upper and lower parts. when a low - amplitude and high - frequency excitation has the frequency close to some part ' s natural frequency, this part will resonate and certain amount of mechanical energy will convert to heat so that the delaminated region ' s temperature exceeds greatly that of the undelaminated region. therefore the delamination can be located by means of infrared thermograph

    其原理是具有脫層的層合材料構件（梁或板）包含脫層區域及未脫層區域，脫層區域分為上下兩部分，若對層合材料構件施加小振幅、高頻率的振動激勵，當激勵頻率恰好接近其中一部分的固有頻率時，該部分就會產生共振響應，部分機械能將轉化為熱能，使脫層區域的溫度遠高於未脫層區域，藉助紅外熱像儀即可顯示出脫層的位置。
  4. They tried to stir the peoples of the world into triumphant action.

    他們試圖激勵人民大眾的無限熱情。
  5. Principal conclusions were drawn as the following : the non compatibility of pressure or velocity of the gas on both sides of the contact surface is the cause of the formation of shock wave ; the heating effect of reflective shock wave to driving gas during charging or exhausting process is the internal mechanism of peak oscillating effect, and all the factors that influence the formation and the running of the shock wave will influence the peak oscillating frequency, cooling effect

    主要結論如下：熱分離機內激波形成的原因是射氣瞬間接觸面兩側壓力和速度不相容；峰值振蕩效應的內在機制為反射激波對充氣階段的驅動氣或低溫排氣的加熱，凡是影響激波形成及運動的因素都將對峰值振蕩頻率、冷效應及熱效應產生影響；當充、排氣時間比為0 . 1763時，最佳射流激勵頻率出現在高階峰值振蕩頻率上。
  6. Revolutionary zeal caught them up, and they joined the eighth route army

    革命熱情激勵著他們，他們參加了八路軍。
  7. Rf over voltage protection, laser over heat protection, automatic power control and automatic temperature control to ensure the reliability and stability

    射頻過激勵保護激光器過熱關斷保護，自動功率控制，自動溫度控制，確保光發射機工作性
  8. The system hardware circuits of tipct and the measures for improving the quality of original thermal image are mainly discussed. the primary research content and innovation are as follows : the innovation is that some methods have been proposed to impove the quality of orginal thermal image, such as controlling excitation time, increasing temperature, reducing noise and enhancing emissivity, and so on

    本文主要圍繞電路故障檢測儀的系統硬體電路和熱圖像質量改善方法進行闡述，主要的創新點和研究內容如下:本文主要的創新點是:提出了改善熱圖像質量的幾種方法，如激勵時間控制、增溫法、降噪法和提高發射率法等。
  9. A precision force banacing accelerometer for ineration navigation application is developed. the resolution, low - sensitivity threshold and high thermal stability are considered as design parameters. in order to guarantee a low - sensitivity threshold while maintaining robustness against shock, push - pull type long flexures are used in this paper. to improve thermal stability, this paper discusses the use of electromagnets as a magnetic fied source. the silicon pendulum assembly and modified inducance type pick - up is also developed to reduce assembling procedure. the measure range of accelerometer is 0 - 70g

    加速度計的解析度、靈敏度閾值和高的熱穩定性是設計時主要考慮的參數。本論文中使用推?挽式長撓性結構來保證低靈敏度閾值，同時保證抗振魯棒性。為了提高熱穩定性，本文中討論了利用永久磁鐵作為磁場源；微加工技術被引入擺組件的結構設計和利用力矩線圈作為激勵線圈來簡化電感式的檢測裝置。
  10. All are stirred, all are enthused, all burn to enter the combat.

    於是所有人都被激勵起來，熱情奔放地投身於斗爭中。
  11. In this kind of classes, in which heated debates are conducted, students often find out they are motivated by the pleasure of study

    在這種課上，由於學生們進行熱烈的討論，所以他們經常發現自己受到愉快學習氣氛的激勵。
  12. In this paper, the stl technique with cw modulated top - hat beam excitation is investigated theoretically and experimentally. 1. the theoretical model based on the fresnel diffraction integral is developed to describe the stl signal excited with the cw modulated top - hat beam for the first time to the best of our knowledge

    本論文提出採用連續調制的平頂光束作為激勵光的表面熱透鏡技術測量薄膜吸收的方法，主要開展了如下工作: 1 .建立了連續調制的平頂光束作用下樣品的表面熱透鏡信號模型。
  13. First of all, with the different thermal prompting, series of experiments for indt were done

    首先，在不同熱激勵方式下，進行了相關紅外無損檢測實驗。
  14. Using commercial fea software, computer simulation is carried on the characteristics of the resonator and the pressure sensitivity for several silicon / silicon nitride beam structures

    應用有限元分析軟體，對硅梁及氮化硅梁的多種結構，進行了計算機模擬，分析了熱激勵諧振器的特性以及壓力敏感特性。
  15. Through analyse, the thermal prompting source of infrared bulbs was improved on. the time controller can control the loading time, which was one components of the device of infrared bulbs. the improved thermal prompting source can fit the change fo size of object

    通過分析，對紅外燈的熱激勵源進行了改進，使其由時間控制器控制加載時間，使其能滿足試件大小要求，形成空間梯度小，時間梯度大的均勻溫度場分佈。
  16. Designing some important parameters of the thermal excited resonant silicon micro structural pressure sensor

    熱激勵硅諧振式微結構壓力傳感器若干關鍵參數設計
  17. The thermal state of the piston has been studied under the thermal shock in the first time. the lumped parameter system of the temperature has been established under the triangle rectangle and instantaneous impact. and the simulation results also have been got

    首次建立了活塞在受到矩形波、三角形波、瞬態沖擊等熱激勵時的溫度變化的集總參數模型，進而獲得了在上述熱沖擊下活塞溫度的解析解及穩態解。
  18. The silicon micro - machining technology is used to fabricate the bi - layered silicon microcantilever resonators, the excitation of silicon micro - resonators is achieved using electro - thermal method via fabricating thermal excitation resistance on the silicon microcantilever beam

    利用硅微機械加工工藝製作了雙層結構硅微懸臂梁諧振器，通過在硅微懸臂樑上製作的熱激勵電阻，用電熱方法對硅微諧振器實現了激振。
  19. The theoretical analysis method is used to study the electro - thermally excited mechanism of silicon microcantilever beam so as to obtain the temperature field distribution under the electro - thermal excitation of the microcantilever beam and to deduce thermal moment force of the electro - thermal excitation of the plated film bi - layer silicon - microcantilever beam

    摘要用理論分析方法研究了硅微懸臂梁的電熱激振機理，得到了微機械懸臂梁電熱激勵下的溫度場分佈，並推導出了鍍膜雙層硅微懸臂梁的電熱激勵熱力矩。
  20. The deformable adaptive shell structure of shape memory alloy ( sma ) is that the actuators of shape memory alloys are integrated on the shell of composite material. by electric heating techniques, the shape memory alloy is stimulated, which makes the deformation of the shell

    形狀記憶合金曲殼自適應結構，主要將形狀記憶合金作為驅動器貼在復合材料殼的外側，利用外加電流通過合金絲產生熱，激勵合金絲產生力，合金絲產生的力使殼發生變形。
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