phosphorescence 中文意思是什麼

phosphorescence 解釋
n. 名詞 1. 磷光(現象);磷光性;鬼火。
2. 磷光器。

  1. The emission of light that does not derive energy from the temperature of the emitting body, as in phosphorescence, fluorescence, and bioluminescence

    發冷光:不是由於發光體的熱量而來的光的發射,比如在磷光,熒光和生物性發光中。
  2. Before rudy was born. the phosphorescence, that bluey greeny

    那種藍糊糊發綠的玩藝兒就是磷光。
  3. Room - temperature phosphorescence of carbaryl induced by ? cyclodextrin in the presence of cyclohexane

    環糊精誘導西維因室溫磷光
  4. Effects of heavy atom perturber on by cyclodextrin induced room temperature phosphorescence of carbaryl

    環糊精誘導西維因室溫磷光的影響
  5. Bits of phosphorescence swirled in the foam.

    飛沫起處,還閃現出點點磷光。
  6. Comparison of non - protected fluid room temperature phosphorescence and micellar - stabilized room temperature phosphorescence properties of indole - 3 - butyric acid

    丁酸無保護流體室溫?光和膠束增穩室溫?光性質的比較
  7. Advances in mechanism of solid - substrate room - temperature phosphorescence

    固體基質室溫磷光發光機理進展
  8. Study on the long - lasting phosphorescence of sral2o4 : eu : dy at low temperature

    熒光材料的低溫余輝特性研究
  9. Oxygen sensor based on palladium - porphyrin room - temperature phosphorescence quenching

    鈀卟啉室溫?光氧傳感器的研究
  10. Determination of trace polyaromatic hydrocarbons by paper - substrate room temperature phosphorescence

    以濾紙為基質室溫磷光法測定痕量多環芳烴的研究
  11. However, there are few reports dealing with the applications of phosphorescence in this field

    而在分子傳感器和分子開關的設計和應用中,磷光方面的報道甚少。
  12. Determination of trace cobalt by solid substrate room temperature phosphorescence quenching method on hydrogen peroxide oxidizing pyrogallol red

    催化過氧化氫氧化鄰苯三酚紅固體基質室溫?光猝滅法測定痕量鈷
  13. Three porphyrin complexes of palladium were chosen as phosphorescence sensing molecules : palladium - meso - tetra ( trimethylaminophenyl ) porphyrin ( pd - tapp ), palladium - coporphyrin ( pdcp ) and palladium - meso - tetra ( p - sulfonicphenyl ) porphyrin ( pd - tspp ). they were bound to dowex resins, and made into oxygen sensor. we detected the characteristics such as sensitivities and response times combined with flow injection analysis ( fia ) technology

    選取了三種金屬鈀的卟啉配合物:四- (三甲氨基苯基)鈀卟啉( pd - tapp ) 、鈀糞卟啉( pd - cp ) 、四- (對磺酸基苯基)鈀卟啉( pd - tspp )作為磷光傳感分子,將其固定在dowex樹脂上,製成傳感器,並與流動注射分析技術( fia )結合起來,考察了其對氧的傳感靈敏性,時間響應特性等條件。
  14. Compared with traditional oxygen detection methods, there are several advantages using this sensor : no oxygen consumption and reference electrode are needed ; no electronic current is needed and no disturbances happen if there is a magnetic field outside ; the intensity of the phosphorescence has n ' t relation to the stir and flow rate of the sample ; the response is rapid

    與傳統的測氧方法相比,它在測量過程中不消耗氧,不需要參比電極,不用連接電流,不受外界電磁場干擾,與樣品流通速率和攪拌速率無關,響應速度快。因此,近幾十年來,磷光傳感器的研究十分活躍。
  15. The latest research progress in supramolecular fluorescence / phosphorescence sensors and switches used for metal cation recognition is summarized. two types of systems were reviewed, photo - induced electron transfer and monomer - excimer systems

    本文總結了近年來用於金屬離子識別的超分子熒光磷光傳感器的研究工作進展,著重介紹了光誘導電子轉移及單體激基締合物體系在金屬離子識別中的應用。
  16. Whilst all the landscape was in neutral shade his companion s face, which was the focus of his eyes, rising above the mist stratum, seemed to have a sort of phosphorescence upon it

    當所有的景物都沐浴在明暗相宜的色調中的時候,他的同伴的臉就成了他眼睛注意的中心,那張臉從層層霧靄中顯露出來,臉上似乎染上了一層磷光。
  17. The method of determining trace silver using luminescent fluorones molecules of solid substrate room temperature phosphorescence quenched by the metallic ion

    利用金屬離子使發光分子固體基質室溫?光猝滅法測定痕量銀
  18. Chapter 2 in the design of sensors and switches based on photoinduced electron transfer, fluorescence was often used with high sensitivity and convenience. it is noteworthy that room temperature phosphorescence ( rtf ) has many advantages over fluorescence, e. g., large stokes shift, higher signal to noise ratio, good selectivity and easily measurable luminescence lifetimes etc., and it can be found as a helpful complementary method of fluorescence sensing

    第二章在光誘導電子轉移傳感器和分子開關的設計中,熒光由於其靈敏度高、使用方便,受到人們的廣泛關注,相對于熒光室溫磷光選擇性好、信噪比高、較大的stokes位移、壽命易測定等優點,在許多方面與熒光互補。
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