紫外吸收玻璃 的英文怎麼說

中文拼音 [zǐwàixīshōubōlí]
紫外吸收玻璃 英文
ultraviolet ray intercepting glass
  • 紫 : Ⅰ形容詞（紅和藍合成的顏色） purple; violet Ⅱ名詞（姓氏） a surname
  • 外 : Ⅰ名詞1 （外面） outside; external side 2 （外國） foreign country 3 （以外） besides; beyond; in ...
  • 吸 : 動詞1 （把液體、氣體等引入體內） inhale; breathe in; draw 2 （吸收） absorb; suck up 3 （吸引） a...
  • 收 : Ⅰ動詞1 （把攤開的或分散的事物聚集、合攏） put away; take in 2 （收取） collect 3 （收割） harvest...
  • 玻璃 : 1. （一種質地硬而脆的透明物體） glass 2. [口語] （指某些像玻璃一樣透明的尼龍、塑料等） nylon; plastic
  1. The obtained polysilane - polyacrylate gradient films showed no macro - interface with the silicone content reducing gradually from the top surface to the bottom one. dma thermograms indicated that polysilane - polyacrylate gradient films contained two glass temperatures with their bands drifting from and their range extending much from each component. the good properties of waterproof, calorifics, and ultraviolet - absorption were also determined by dsc, uv and water contact angle measurements

    結果表明：有機硅聚合物-聚丙烯酸酯梯度膜有一個較寬的玻璃化轉變溫區，玻璃化轉變范圍相對組分材料的玻璃化轉變范圍發生了擴展：有機硅聚合物-聚甲基丙烯酸酯梯度膜具有較好的熱學性能；硅含量的提高有利於改善膜層的憎水性能和紫外吸收性能。
  2. Ceo22 is used as optical materials, polishing agents, ultraviolet absorption materials, the cleaning catalyst of car ' s waste gases, chemical decolorant of glass, radiation - resisting glass permanent magnet, electronic ceramics etc. if it is processed into nanoparticles, it will exhibit some novel properties led to varied applications. for example, ceo22 nanocrystal is a better promoter of cytochrome c and the stabilizer of zro22 ceramics. because of its high index of refraction and good stability, it is used to produce reduced reflection film

    Ceo _ 2是一種廉價而用途極廣的材料，如用於發光材料、拋光劑、紫外吸收材料、汽車尾氣凈化催化劑、玻璃的化學退色劑、耐輻射玻璃、永磁體、電子陶瓷等，其納米化后將出現一些新的性質及應用，如ceoz納米晶是細胞色素c的良好的催進劑，還用作zro :陶瓷的穩定劑，由於ceo :折射率高，穩定性好，常用於制備減反射膜等。
  3. Some by - products of this work can be used as routine tools in the uv laser laboratory. commercial video ccd cameras are used to image uv laser and soft x rays, window glass as a fluorescer is used to indirectly measure the uv laser beam profile with high energy density, and a special glass which permits uv light to pass through while absorbs the visible, is introduced into the uv beam profiling in strong visible stray light environment

    實驗中發展了一些測量技術，例如用可見光視頻ccd直接測量紫外激光的光束分佈和激光等離子體產生的x光二維圖象，利用窗玻璃作為熒光體測量能量密度較高的紫外光束分佈，利用可見吸收紫外透射玻璃製成的衰減器測量有嚴重背景光的紫外光束分佈，可以作為實驗室的常規測量工具，並有一定的推廣價值。
  4. Influence on the absorption spectrum of lead silicate glass films after uv laser irradiation

    紫外激光照射對硅酸鉛玻璃薄膜吸收譜的影響
  5. Investigation on heat treat process indicated : transparent of agx photochromic glass lower in near ultraviolet area after heat treat process, the light absorbtion is similar with agx crystal

    對熱處理過程的研究表明：熱處理后的agx光致變色玻璃在近紫外區域的透光率降低，呈現類似於鹵化銀晶體的光吸收。
  6. At all level of visible light transmittance, the high performance ultraviolet absorbing substrate of heat mirror ? can shield over 99. 5 % harmful ultraviolet outside

    熱鏡中空玻璃產品可以選擇各種可見光透過率的光譜選擇性反射薄膜，薄膜中集成了高效紫外吸收劑，可以屏蔽99 . 5 %有害的紫外輻射入室。
  7. Ternary compound bnxpi - x films of quality are deposited and the ultraviolet absorbance characteristics of bnxp, - x films were investigated in the thesis, too. with the quantity of phosphorus dopant, the optical bandgap modulation of bnxpi is achieved successfully. in addition, the combined intensity of bnxp, - x films and substrates was enhanced by depositing the buffer layer

    實驗採用磷對氮化硼進行摻雜，成功地在光學石英玻璃襯底上沉積了磷摻雜氮化硼（ bn _ xp _ （ 1 - x ） ）薄膜，研究了該薄膜的紫外光敏特性，其吸收邊在240nm 400nm的紫外波段內可以連續變化，同時也實現了對氮化硼光學帶隙在3 . 8ev 5 . 3ev范圍內的連續可控調制。
  8. The tio2, cds and cds - tio2 films on the common glass substrate were prepared, respectively, using ti ( oc4h9 ) 4, cd ( cooch3 ) 2 and scn2h4 as raw materials by sol - gel method. the influences of manifold preparing parameters ( such as the concentration of sol, the amount of the peg. the number of coatings, the heat - treated temperature and time ) on the structure and performance were studied

    本文採用溶膠-凝膠技術，以鈦酸丁酯、乙酸鎘和硫脲為原料，以普通玻璃片為載體，制備了納米tio _ 2薄膜、 cds薄膜和cds - tio _ 2復合半導體薄膜，研究了制備過程中多種制備參數（如溶膠的濃度，聚乙二醇（ peg ）的加入量，鍍膜層數，熱處理溫度及時間）對薄膜結構和性能的影響，採用x -射線衍射（ xrd ） 、掃描電鏡（ sem ） 、能譜分析（ edxa ） 、紫外-可見吸收光譜（ uv - vis ）等測試手段對各薄膜進行了結構和物性表徵。
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