衰變熱 的英文怎麼說

中文拼音 [shuāibiànrè]
衰變熱 英文
afterheat
  • 衰 : 衰動詞（衰弱） decline; wane
  1. Light water reactors, decay heat power in

    輕水反應堆衰變熱功率
  2. Moreover, heat energy generated during decay of heavy elements like uranium at the centre of the earth triggers tectonic movement

    還有，地球核心內如鈾等的重元素在衰變時產生熱能，驅動地殼板塊運動。
  3. Decay heat power in nuclear fuels of light water reactors ; non - recycled nuclear fuels

    輕水反應堆核燃料衰變熱功率的計算.不回燒的核燃料
  4. Decay heat power in nuclear fuels of light water reactors ; non - recycled nuclear fuels ; documentation and illustration

    輕水反應堆核燃料衰變熱功率的計算.不回燒的核燃料
  5. In the second part, the deduced self - energy in 63 theory is derived at hard thermal loop approximation. then we calculate the effective mass and damping rate, and also show that there is thermal instability above a critical temperature tc

    在此基礎上，出自能實部和虛部與一些介質效應的對應關系式，進而求得了粒子的有效質量和衰變率，並討論了_ 6 ~ 3理論的熱不穩定性。
  6. Like galileo, cassini is powered by the natural decay of the radioactive element plutonium, which generates heat that is then converted to electricity

    如同伽利略號，卡西尼號的能源來自放射性元素鈽的自然衰變，產生熱后再轉換成電。
  7. Decay heat power in nuclear fuels of high - temperature reactors with spherical fuel elements

    帶球形燃料元件的高溫反應堆的核燃料衰變熱力的計算
  8. Decay heat power in nuclear fuels of high - temperature reactors with spherical fuel elements ; documentation and illustration

    帶球狀燃料元件的高溫反應堆的核燃料衰變熱力的計算
  9. It is indicated that the hydration process of cement - based materials with slag, fly ash and silica fume is different in some degree from that of neat cement because of the difference in mineral structure and hydration mechanism. the periods of accelerating, decelerating and terminating are prolonged and hydration reaction decelerates. the second peak of rate curve of the heat evolution could be divided into two small peaks, which are contributed to the hydration of clinkers and mineral mixtures at the temperature of 30 but when temperature comes to 50, the two small peaks combine into one and the reaction accelerates

    結果表明，與硅酸鹽水泥相比，由於礦物摻合料與水泥熟料在活性和水化機理上的差異，水化歷程有較大的改變：多組分體系誘導期、加速期和衰減期延長，水化反應速率明顯降低；低溫時，水化放熱速率曲線上的第二放熱峰細化成分別對應于熟料和礦物摻合料水化的兩個小峰；高溫時，反應速率加快，雙峰合併；進一步研究發現，摻合料的種類與摻量對水化歷程也有較大的影響；建立了適用於多組分水泥基材料不同水化階段的水化動力學方程。
  10. The difference among the elasticity modulus of various microstructures is probably the main reason, which caused the experiment results above. under the same experiment conditions, such as sample shape, size, surface roughness, establishment of testing system, pressure on the probe, and thickness of coupling medium, the variety of relative attenuation coefficient ( or ) in different heat treatment samples is measured and compared by measuring the attenuation obtained from the cylindrical surface of column. the result is as following : for 40cr and 38crmoal, a mt < az mq < a s < a p + f ; for gcrlssimn, a mt < a annea < s < a p + f ; and a increased with the increasing of frequency

    在保證試樣形狀、尺寸、表面光潔度、系統參數設置、施加在探頭上的壓力以及耦合層厚度等測試條件一致的情況下，利用棒材圓柱面測衰減系數法，分別測定並比較上述不同熱處理試樣相對衰減系數的變化情況，得到的實驗結果是：對於40cr及38crmoal鋼， _ （低溫回火） （淬火） _ （高溫回火） _ （正火） ；對于gcr15simn鋼， _ （低溫回火） _ （退火） _ （高溫回火） _ （正火） ；且隨著頻率的提高，衰減系數均呈現增加的趨勢。
  11. According to structural characteristics of multi - phased alloy steels and the properties of ultrasonic propagation, microstructures characterization with different heat treatment processes ( normalizing, quenching / annealing, quenching plus low tempering, quenching plus high tempering ) for three steels ( 40cr, 38crmoal, gcrlssimn ) was studied experimentally by using ultrasonic methods. ultrasonic velocity, relative attenuation coefficient, and power spectral analyses were researched on the same samples respectively, on the basis of theory and experiment, the sensitivity and other characterizations of the three methods used to distinguish different microstructures were compared

    根據具有多種相結構合金鋼不同熱處理轉變產物的組織特點，以及超聲波在其中的傳播規律，利用超聲波速度、相對衰減系數以及功率譜分析三種方法，對三種鋼（ 40cr 、 38crmoal及gcr15simn ）不同熱處理（正火、淬火退火、淬火+低溫回火及淬火+高溫回火）轉變產物的顯微組織進行了超聲表徵研究。
  12. And generate a considerable amount of heat due to radioactive decay. hence, it would be transported for storage in a " spent fuel pool " inside the fuel building situated adjacent to the containment building

    及因衰變而產生的餘熱，因此會被傳送至毗鄰安全殼廠房的燃料廠房內的"乏燃料池"貯存。
  13. Fatal lactic acidosis, pancreatitis, peripheral neuropathy, and liver function abnormalities, diarrhea, nausea, headache, fever, fat liver etc, details see instruction

    反應、寒顫、發熱，頭疼，腹痛、腹瀉、惡心、腺炎、乳酸性酸中毒、肝脂肪變性、肝炎和肝功能衰竭等，詳見藥物說明書。
  14. This equation solving method overcomes the shortcomings of simulation software on thermal field analysis, strongly complements the commonly used 1 - d temperature distribution to analyze thermo - optic devices in literature. the results avoids complicated form of solutions provided by fourier transform method, and thereafter lend itself to analyze the influence of thermo - optic to attenuation characters and power consumption in waveguide

    這種方法克服了模擬軟體在熱場分析上的不足，是對現有文獻多數採用一維溫度分佈作為熱光器件分析的有力補充，也避免了傅立葉變換法的復雜形式，為後面分析熱光效應對器件衰減性能和功耗的影響打下了基礎。
  15. The underwater acoustic channel is very complex where cochannel interference, doppler frequency offsets, narrow bandwidth and time and frequency selective deep fades obstructs the development of high speed and fidelity underwater data transmissions. thus projects of high speed and fidelity underwater signal transmissions become a hotspot in the fields of world academic circles. the conventional serial communication must use adaptive equalizer to combat the multipath in real - time

    海洋水聲通道是一種極其復雜多變的時-空-頻變參通道，其通道窄，強多途干擾，信號起伏衰落嚴重，一直是水下信息可靠高速傳輸的主要障礙，因此如何在水聲通道中高速率準確地傳輸數據，就成為世界性的熱門課題。
  16. Most of earth ' s internal heat is generated by four long - lived radioisotopes ? potassium 40, thorium 232, uranium 235 and uranium 238 ? that release energy over billions of years as they decay into stable isotopes

    地球內部的熱能主要來自半衰期較長的四種放射性同位素鉀40 、釷232 、鈾235與鈾238 ，它們在幾十億年來逐漸衰變成穩定的同位素，同時釋放能量。
  17. Polymer - based variable optical attenuator

    聚合物熱光可變光衰減器
  18. The spent fuels would be stored and cooled in the " spent fuel pool " inside the fuel building for about 10 years to allow for the radioactive decay of its nuclides and removal of the residual heat

    「乏燃料」會放在燃料廠房內水池中貯存約十年，進行冷卻排除餘熱，以及待其放射性因衰變而隨時間減退後，再運往西北偏遠地區進行
  19. The spent fuels would be stored and cooled in the " spent fuel pool " inside the fuel building for about 10 years to allow for the radioactive decay of its nuclides and removal of the residual heat. the spent fuels would then be transported to remote site in the northwest region for either

    「乏燃料」會放在燃料廠房內水池中貯存約十年，進行冷卻排除餘熱，以及待其放射性因衰變而隨時間減退後，再運往西北偏遠地區進行
  20. His work was done before the discovery of radioactivity and the understanding that natural radioactive decay provides a source of heat to the earth

    他的工作是做了，才發現放射性和諒解，即天然放射性衰變提供熱源，以地球。
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