重復照射 的英文怎麼說

中文拼音 [zhòngzhàoshè]
重復照射 英文
reirradiation
  • : 重Ⅰ名詞(重量; 分量) weight Ⅱ動詞(重視) lay [place put] stress on; place value upon; attach im...
  • : Ⅰ形容詞1 (重復) repeated; double; duplicate 2 (繁復) complex; compound Ⅱ動詞1 (轉過去或轉過...
  • : Ⅰ動詞1 (照射) illuminate; light up; shine 2 (反映) reflect; mirror 3 (拍攝) take a picture ...
  • : Ⅰ動詞1 (用推力或彈力送出) shoot; fire 2 (液體受到壓力迅速擠出) discharge in a jet 3 (放出) ...
  • 重復 : 1 repeat; duplicate; reduplicate; iterate 2 repetition; reiteration; gemination; rerun; duplicati...
  • 照射 : shining; raying; shine; illuminate; light up; radiate; irradiation; radiation; bombardment; illum...
  1. In this paper, the ultrastructures of compound eyes in blue and red light conditions were firstly studied with the transmission electron microscope in macrobrachium nipponense. the changes of ultrastructural features of rhabdom and cells around were well observed, and were compared thoroughly with the features in full bright light and dark conditions. the functions and significances of related cells structures were discussed during the breakdown and rebuilding of the photoreceptor membrane

    本文利用透電鏡技術,首次對紅、藍光條件下日本沼蝦眼結構,點是小眼感桿束及其周圍細胞超微結構變化作了詳盡的觀察和研究,並與全光和全暗條件下的結構特徵進行全面比較,探討相關細胞結構在光感受膜的降解和新合成過程中的作用和意義。
  2. The protein level of p21 increased lightly from 1 to3 h, then decreased at 6 - 9 h, reached maximum at 24 h after 2gy, it increased from 3 to 24 h exposed tology, and the protein level of p21 associated with cdk2 increased, which did not inhibit the cyclin e / cdk2 kinase activity, because of upregulation of cyclin e and deregulation of p27kipl after irradiation. in contrast to p21, p27kipl may be a key regulator of cyclin e / cdk2 activity in dna damage responses. hi the ubiquitin - proteasome pathway invovled in regulation of p27kiplexpression in response to ir the ubiquitin - proteasome pathway regulated selective and time - controlled elimination of p27 kipl

    與p27ki 」 ,表達水平不同, pzi蛋白表達水平在zgy后略有增加, 6一gh略有下降,在后24h達到最大; 10gy后1一3h開始增加,持續到24h ,並且cycline / cdkz合物中pzi蛋白結合增多,但cycline / cdkz激酶活性並未受到抑制,除了因ir誘導cydine蛋白表達水平增加外,另一要的原因就是與pzi同一家族的p27kip ,蛋白表達水平下降,失去了對cycline / cdkz的抑制活性。
  3. The band was previously associated with f - type color centers and v - type color centers, as analyzed in x - ray irradiated ysz sample. however, the absorption band observed in our experiments has a shift towards the longer wavelength ( red shift ) as comparing with that in the x - ray or neutron irradiated ysz spectra. this shift may mainly due to large local distortions near the f - type centers and the v - type centers and the presence of multiple color centers

    本文通過光吸收、光熒光、 tem 、 xps測試及trim96計算分別研究了不同注量xe ~ +注入ysz前後光學性能和缺陷形態變化,以及ni ~ +注入對不同摻雜單晶al _ 2o _ 3結構和光學性能的影響,得到以下結果: ( 1 ) ysz注量達到10 ~ ( 16 ) cm ~ ( - 2 )時,開始出現由f型和v型色心疊而產生的吸收帶,與x線、中子輻相比,離子輻產生了更為雜的缺陷合體而導致吸收峰紅移。
  4. The stage when the block occurs has been correlated to the time the embryonic genome takes over control of development from the maternal genome, which occurs in mouse at the 2 - cell stage. the embryos of balb / cxicr fl mouse show 2 - cell block in vitro and the effects of several culture media on overcoming the 2 - cell block in embryos development were studied. m16 ( sigma ), in which 96. 2 % of 1 - cell embryos developed to 4 - cell stage, were shown to be effective in overcoming the 2 - cell block

    培養5h后, 53去核卵母細胞可見標記的mtocs ,但數量明顯少於對組,而又多於培養0h的去核細胞,說明此時53的化學去核卵胞質中確有mtocs的存在,其微管聚合能力正在恢; mtocs標記,但其輻產生的微管纖維短,結構還不夠豐滿;其餘細胞的微管蛋白則喪失新裝配能力。
  5. Because of its ability not only to produce two - dimensional high resolution images of the scene illuminated, but also to measure complete complex scattering matrix for each resolution cell, and to operate under all weather conditions and all the time, day and night, a polarimetric synthetic aperture radar ( sar ) is playing a more and more important role in gathering the detailed information regarding the geometric and electric structures of surfaces and covers of the earth

    極化合成孔徑雷達( sar )能夠通過場景,對場景進行二維(方位向和距離向)高分辨力成像,同時測量出每個分辨單元的矩陣。由於極化合成孔徑雷達具行全天候和全氣候工作的能力,使得極化合成孔徑雷達在採集地表及其覆蓋物的物理(電結構)細節信息方面起著越來越要的作用。
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