輻照等離子體 的英文怎麼說

中文拼音 [zhàoděngzi]
輻照等離子體 英文
irradiated plasma
  • : 名詞(車輪中車轂和輪圈的連接物) spoke
  • : Ⅰ動詞1 (照射) illuminate; light up; shine 2 (反映) reflect; mirror 3 (拍攝) take a picture ...
  • : Ⅰ量詞1 (等級) class; grade; rank 2 (種; 類) kind; sort; type Ⅱ形容詞(程度或數量上相同) equa...
  • : Ⅰ動詞1 (離開) leave; part from; be away from; separate 2 (背離) go against 3 (缺少) dispens...
  • : 子Ⅰ名詞1 (兒子) son 2 (人的通稱) person 3 (古代特指有學問的男人) ancient title of respect f...
  • : 體構詞成分。
  • 離子 : [物理學] ion
  1. Dlc and a - sic : h films were prepared by the rf glow discharge and the reactive sputtering method respectively. there were two reasons that we chose y rays, ultraviolet ( uv ) photons, and neutrons as radiation sources. one is that y rays, uv photons and neutrons irradiation are serious at outer space and / or nucleus irradiation enviromentthe other is that the study on y rays irradiation on the films is a new and an important directioaotherwisejirnited reports have been made of the investigation on the uv photonsjieutrons irradiation influences on these films

    本文分別採用射頻( 13 . 56mhz )cvd及射頻反應濺射方法制得了dlc及a - sic : h薄膜。文中主要選擇y射線、紫外光及中作為源有兩方面的原因:一方面,在外層空間, y射線及紫外光射十分嚴重,而在核射環境下y射線及中射也不可忽視;另一方面, y射線這兩種薄膜完全是一項開創性的工作,同時國內外對紫外光、中與這兩種薄膜作用的研究也很少。
  2. This research has closed relationship with a wide range of cross - science areas, such as basic research on cancer therapy by heavy ion radiation method, radiation danger level evaluation in space and biological damage induced by long term, low - level dose radiation environment, etc. dna is the carrier of biological information and the main target of biological effects induced by ionizing radiations

    從重治癌的基礎性和先導性的研究,載人航天飛行過程中的太空射危險性評估,到長期在低劑量環境下的放射性對機損傷,都與電射所致生物損傷的研究有著密切的關系。 dna (脫氧核糖核酸)是生命信息的載,也是射生物效應的最主要的靶分
  3. As a powerful pulsed laser irradiate a solid material, the plasmas layer of high - temperature and high - pressure would be formed in the incident surface of target instantaneously

    脈沖強激光靶材時,瞬間即可在靶材面形成一個高溫高壓的層。
  4. The investigation on the powerful laser induced micro - plasma by the radiation focused on a solid surface plays an important role in super - conduct films, nanometer materials, laser isotope separations, medicine, biology, and other industrial applications

    對高功率密度激光表面形成激光微的研究,在研製超導薄膜,納米材料,同位素分,醫學,生物學,以及其他工業應用方面有重要的理論指導意義和廣泛的應用前景。
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