molecular adsorption 中文意思是什麼

molecular adsorption 解釋
分子的吸附
  • molecular : adj. 分子的,由分子形成的,分子內[間]的。adv. -ly
  • adsorption : n. 【化學】吸附（作用）。
  1. Research interest : surface science ; kikuchi electron holography ; electron multiple - scattering techinques ; molecular dynamical simulations ; ab initio total energy calculations ; self - diffusion on metal surfaces ; dissociative adsorption of h2 on metal surfaces

    研究興趣:表面科學，電子全像術，電子多重散射分析理論技術，分子動力學模擬，第一原則總能量計算，表面原子動態學，氫分子的解離吸附。
  2. 1. a new method to identify _ amylase activity and its producing bacteria : the blue complex was formed by unspecific adsorption, after mixing starch and trypan _ blue. the adsorption weakened when the starch was hydrolyzed to small molecular by _ amylase, and the trypan _ blue was released inside the hydrolyed zone. the starch around the zone which was not hydrolyzed adsorbed free trypan - blue so that the colour of medium became bluer than that of place in hydrolyzed zone

    快速鑒定並篩選-澱粉酶及其產生菌的新方法：錐蟲藍染料和澱粉由於靜電非特異性吸附結合后使澱粉呈穩定的藍色，當澱粉被澱粉酶水解后因分子變小吸附力減弱，而讓錐蟲藍游離出來，游離的錐蟲藍被周圍未水解的澱粉吸附而使顏色加深，澱粉水解區則形成無色、透明的水解圈。
  3. These years, solid adsorption used in heat pumps and refrigerating / air - conditioning systems has been rapidly developed and saved energy because of the demands in the field of energy and environment. most of molecular sieve diameters lie within the nano - scale, but the classical condensation theories show some limitations in explaining the adsorption phenomenon in nanopores

    資料表明，經典傳熱傳質學的連續介質傳遞理論在解釋和預測納米尺度微孔吸附/脫附過程的相變特徵方面，存在局限性，相比之下，分子動力學模擬能克服這一缺陷再現納米微孔中的吸附過程。
  4. ( 1 ) for the first time, compositing the chemical compounds of alkaline - earth metal with the adsorption material, 13x molecular sieve, silica gel, and activated alumina to gain a series of composite adsorbents with good performance that higher adsorption capacity and lower regeneration temperature and suitable for adsorption refrigeration systems that can be driven by low - grade thermal energy

    首次將堿土金屬化合物及其鹽類與傳統吸附材料13x分子篩、硅膠和活性氧化鋁等復合，制取具有較高吸附量和較低再生溫度的適合於以低溫熱能驅動的吸附製冷過程的一系列優良復合吸附劑。分別在自製的吸附製冷、除濕製冷模擬實驗裝置上，測得該系列復合吸附劑與水和乙醇組成的吸附製冷工質對的吸附製冷性能以及除濕製冷性能均優于傳統吸附劑（ 13x ，硅膠和活性炭） 。
  5. A web - based course providing an extensive introduction to the theory and practical aspects of the study of solid surfaces, including topics such as surface structure, molecular adsorption and experimental techniques

    -研究高分子材料的結構和性能高分子材料的成型理論和技術高分子材料生產與應用中的工程技術問題，進行高級專門人才的培養。
  6. This paper reviews the recent developments in the application of mesoporous molecular sieves in the fields of catalysis, biology fixation, adsorption, separation, preparation of nanomaterials and environmental protection, especially the desulfurization of gasoline prospects

    摘要綜述了近幾年介孔分子篩在催化反應、生物固定吸附和分離、納米材料制備及環保等方面應用研究的進展，並對其在環保方面，尤其是汽油脫硫的應用前景做了展望。
  7. The technology involved in providing a continual stream of high purity nitrogen is pressure swing adsorption. this technique uses a bed of carbon molecular sieve to selectively remove oxygen and other contaminants from atmospheric air

    碳分子篩從空氣中分離氮氣的原理是根據空氣中氧和氮在碳分子篩中不同的擴散速度或不同的吸附力以及兩種效應同時起作用的結果。
  8. After bacterium cells were treated by formaldehyde, surface proteins of gram - negative bacterium e. coli k12 were eluted little, but it had no influence on adsorption of snake venom proteins to bacterium cells. treatment by formaldehyde had little influence on snake venom absorption to and deabsorption from gram - positive bacterium streptococcus mutans, but absorbance of interaction protein with molecular weight of 47kda only adsorbed by streptococcus aureus was greatly decreased

    結果表明，滅活后的革蘭氏陰性菌（ e . colik12 ）再與蛇毒相互作用時，洗脫下來的蛋白中菌體蛋白含量明顯減少，但不影響對作用蛋白的吸附；甲醛滅活對革蘭氏陽性菌（ s . mutans和s . aureus ）影響不大，只有s . aureus吸附蛋白中47kda的蛋白吸附量減少，不會影響作用蛋白中其它蛋白的吸附。
  9. Adsorption theory of multi - molecular layers

    多分子層吸附理論
  10. Finally, the properties of the drug - loaded sn have been evaluated with the help of uv spectrophotometer, and with the small molecular and water insoluble drug - sulpiride as a model drug. it is found that the entrapping efficiency of drug - loaded sn in entrapping method can amount to 96. 87 % and that in adsorption method is 87. 63 %, which show that the loading mechanism of sn is mainly adsorptive mechanism

    最後，利用紫外分光光度計，以疏水性小分子藥物舒必利為模型藥物，對所制備的澱粉納米粒的載藥性能進行了評價，發現澱粉納米粒包埋載藥的包封率可達到96 . 87 ，吸附載藥的包封率達到87 . 63 ，澱粉納米粒對舒必利的載藥機理主要是吸附機理。
  11. Comparatively, the molecular dynamic ( md ) can overcome these shortcomings and can be applied in the research of adsorption in the nanopores. this study mainly includes two parts, one is the study on adsorption equilibrium in cylindrical nanopores, and the other is that on the adsorption in carbon - nanotubes. in the first part, a new potential model is introduced, and the isotherms for different nano - pore diameters are obtained

    對于不考慮固體壁面分子結構的圓柱形納米微孔的平衡吸附，建立了包括勢緩沖區在內的單元體模型，引入了表示整個微孔壁面與吸附質分子相互作用的新型壁面勢方程，並對3 - 5nm孔徑圓柱型微孔中的平衡吸附進行md模擬，得到了在不同汽相壓力下的分子位形圖譜及相應的吸附等溫線並對其進行了分析。
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