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- Each interaction produces an energy loss and deflection. 每次相互作用都引起粒子能量損失和方向偏轉。
- Imported thermostable fabrics to minimize thermal energy loss. 進(jìn)口耐高溫織維隔熱布大大減少熱能損耗。
- By lagging the hot water tank and pipes you can reduce energy loss. 通過(guò)給熱水箱和管道包上保溫材料，可以減少能量損失。
- The process of reflection does not in itself involve any energy loss. 反射過(guò)程本身不存在任何能量損耗。
- The energy losses are due to turbulence. 能量損失起因于紊流。
- It is interesting to inquire into the exact mechanism of this energy loss. 確切地查明這一能量損失的作用過(guò)程還是有意義的。
- At the same time broaden the spectrum as result of energy loss fluctuations. 與此同時(shí)，電子譜由于能量損失的漲落而展寬。
- Near the location of the hammer blow, this energy loss is negligible. 在靠近榔頭的撞擊點(diǎn)，此處能量的損失是可以忽略的；
- The energy loss, combined with angular-momentum redistribution, causes a dense ring system to flatten. 由于能量散失再加上角動(dòng)量重新分布，稠密的行星環(huán)系統就變得更為扁平。
- Through analysis the energy loss of ZnO varistor, the evaluation of aging degree of ZnO v... 提出了一種利用單次流通能量來(lái)分析氧化鋅壓敏電阻老化程度的方法。
- The flow capacity is strengthened and energy loss is reduced near suction corner for bowed blade with high solidity. 大稠度下彎葉片明顯提高了葉柵吸力面角區的通流能力及減小了端區的能量損失。
- Decay curves of metastable fragment ions is also obtained by means of ion energy loss scans spectroscopy. 利用離子能量損失掃描譜,得到亞穩態(tài)碎片離子的衰變曲線(xiàn)。
- R.F.Egerton, Electron Energy Loss Spectroscopy in the Electron Microscope, Plenum Press. 1986. 白春禮，田芳，羅克著(zhù)，掃描力顯微術(shù)，科學(xué)出版社，2000。
- Fiber hybridizing and curve angle of the flexible fiber reinforced concrete is very important for dynamic energy loss. 纖維混雜以及波紋纖維的曲線(xiàn)角對其動(dòng)力耗散有重要的作用。
- The core_shell absorption edge of sapphire is studied by using the electron energy loss microspectroscopy. 利用電子能量損失光譜學(xué)研究了藍寶石核心殼層吸收邊緣。
- Corona on conductor will cause some harms such as energy loss,radio disturbance,audio noise and so on. 導線(xiàn)電暈放電會(huì )引起能量損失、無(wú)線(xiàn)電干擾、可聽(tīng)噪聲等危害。
- This paper describes the front-end electronics and data acquisition (DAQ) system used in Electron Energy Loss Coincident Spectrometer (EELCS). 摘要介紹了用于原子分子實(shí)驗的能量損失符合譜儀的前端電子學(xué)和數據獲取系統。
- The surface of Ti and TiD1.7 were characterized mainly by energy loss spectroscopy(ELS) and X-ray photoelectron spectroscopy (XPS). 在SKL－12型多功能譜儀上進(jìn)行了純鈦和氘化鈦（TiD1.;7）能量損失譜（ELS）和X射線(xiàn)光電子譜（XPS）的研究。
- The pyramid of energy flow in Figure 3-16 illustrates this energy loss for a simple food chain, assuming a 90% energy loss with each transfer. 在圖3-16的能源流程金字塔作圖解為這些能源損失對一個(gè)簡(jiǎn)單的食物鏈，假定每個(gè)轉移過(guò)程都有90%25能源損失。
- In addition,the breakdown threshold formula was also obtained after considering the energy loss of electron elastic collision and recombination. 考慮電子彈性碰撞損耗、電子復合損耗影響,給出了新的擊穿閾值公式。
