energy radiation characteristics 中文意思是什麼

energy radiation characteristics 解釋
能量輻射特性
  • energy : n. 1. 干勁，活力。2. （語言、行為等的）生動。3. 〈pl. 〉 （個人的）精力；能力。4. 【物理學】能，能量。
  • radiation : n. 1. 發光，射光，放熱，放射，發射。2. 【物理學】輻射；放射物；輻射線[熱、能]；照射（作用）。3. 【動、植】輻射形；【測】射出測量法；【醫學】射線療法。
  • characteristics : 產品性能描述
  1. The studies on the nonthermal radiation of a kind of nonstationary black holes show that it owns the characteristics of direction and the energy extent of the radiation particles varies in different direction, in which aspect can get some new and meaningful results, namely the exact expressions on the maximum energy of the particle

    同時，對一類動態黑洞非熱輻射的研究表明，動態黑洞的非熱輻射具有方向性，在不同的方向上，非熱輻射粒子的能量范圍不同，在這方面得出的非熱輻射粒子的最大能量的精確表達四） i大學博士學位論文式等內容都是創新的和有意義的結果。
  2. Besides, successfully calculating the electromagnetic four - potential in the spacetime of charged black hole expressed by the generali zed spherical coordinate and furtherly solving the h - j equation of such spacetime make it possible to get the exact description of the energy extent of nonthermal radiation particle and to study the characteristics of such black hole ' s nonthermal radiation

    另外，本文還求出了一類用扁橢球坐標表示的荷電黑洞時空中的電磁四維勢矢量，從而成功地求解了此類彎曲時空中的hh方程，得到了這種非熱輻射粒子能量范圍的精確表達式，從而對這類黑洞的非熱輻射特徵進行了研究。
  3. In summary, fir ( far infrared ) has three main characteristics which namely are radiation, permeation and resonance absorption to form the energy of activation to benefit the health of human body

    整體來說，遠紅外線具有三個主要特性，亦即放射，滲透力以及共i鳴吸收，以致形成活性化能量，有益身體健康。
  4. X and gamma reference radiation for calibrating dosemeters and doserate meters and for determining their response as a function of photon energy. part 1 : radiation characteristics and production methods

    校準劑量計和劑量率計及測量作為光子能量作用反應用x射線和伽瑪射線的參考輻射
  5. X and gamma reference radiation for calibrating dosemeters and doserate meters and for determining their response as a function of photon energy - radiation characteristics and production methods

    校準劑量計和劑量強度計及測定作為光子能函數靈敏度用x和基準放射線.第1部分:放射特性和產生方法
  6. The radiation shielding and single event upset ( seu ) of semiconductor components induced by high - energy low - flux and the thermal - mechanical effects of materials resulting from the high - energy intense - current proton irradiation are extensively studied, following conclusions are achieved : the characteristics of space radiation environment and the potential radiation effects are investigated systematically

    利用本文編制的程序，著重研究了高能質子的輻射屏蔽問題、單粒子效應中的單粒子翻轉seu 、強流質子束輻照材料引起的熱?力學效應等問題，從而為以後的相關研究提供了數值模擬手段。論文的主要進展有：系統地總結分析了空間輻射環境的構成、特點及其可能產生的輻射效應。
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