microcalorimetry 中文意思是什麼

microcalorimetry 解釋
微量熱法
  1. Nuclear energy - nuclear fuel technology - waste - thermal reactivity assessment of bituminized waste by microcalorimetry

    核能.核燃料技術.廢料.用微量熱法對瀝青固化廢物進行熱反應性評定
  2. Study of bacteriostasic action of leonurus flavone by microcalorimetry

    中藥益母草中黃酮抑菌作用的微量量熱法研究
  3. Biothermodynamic characteristics of radix isatis by microcalorimetry

    微量熱法研究板藍根的生物熱力學特徵
  4. Studies on single - substrate enzyme - catalyzed reactions and analysis of transition state by microcalorimetry

    微量熱法研究單底物酶促反應的熱力學和動力學性質及過渡態的分析
  5. Study of e. coli resistance to the active components of phellodendron and tylosin by microcalorimetry

    微量量熱法研究大腸桿菌對黃柏中活性成分和泰樂黴素的耐藥性
  6. Study of the action of cadmium on the growth of escherichia coli by microcalorimetry

    鎘對大腸桿菌生長代謝作用的微量熱研究
  7. Study on the oscillating system of chinese traditional medicine compound by microcalorimetry

    中藥復方振蕩體系的微量量熱法研究
  8. Abstract : the chemical kinetic parameters of single - base p ropellant are determinated using microcalorimetry and the experimental condition s are studied. the results obtained are very imporant for the study of the decomp osition mechanism and sefety of gun propellant

    文摘:用微熱量熱法系統測試了單基發射藥的動力學參數，摸索了測試條件，其測定結果對今後發射藥分解機理和安全性研究具有一定的參考價值。
  9. Antibody, which was coated to ps - mpm by using immunology method, reacted to special corresponding antigen. the heat change in the adsorption process of antibody to mpm and the reaction process to antigen were measured by using microcalorimetry. the adsorption mechanism and the special reaction were analyzed, which established the primary base of profound study on the aspect of biology application for mpm

    本文採用免疫學方法，在聚苯乙烯磁性微球表面包覆了抗體，並與武漢理一1幾大學碩十學位論文特定的抗原發生特異性反應，利用tamair等溫微量熱檢測儀測量了微球與抗體吸附過程及與抗原發生特異性反應過程中的熱量變化，探討了微球與抗體之間的吸附機理和與抗原之間的特異性反應，為更為深入地研究磁性微球在生物方面的應用奠定基礎。
  10. The fe3o4 nano - particles were converted from hydrophilic to oleophylic by being modified by oleic acid. the heat change in the adsorption process of fe3o4 nano - particles to oleic acid was measured and discussed by using microcalorimetry. the adsorption mechanism was analyzed

    本文採用油酸作為表面活性劑對fe _ 3o _ 4納米粒子進行了改性，實現了fe _ 3o _ 4由親水性向親油性的轉變，並利用tamair等溫微量熱檢測儀研究了在不同溫度下，油酸與fe _ 3o _ 4吸附過程中的熱量變化情況，討論這個過程中熱量的變化，分析了兩者之間的吸附機理。
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