amperometric 中文意思是什麼

amperometric 解釋
安培計的
  1. The development of renewable amperometric is a possible way to circumvent the problem. here, antigen ( antibody ) is immobilized with graphite ( carbon ) and carrier on a transducer, the analyze is measured through on enzyme catalytic reaction after sandwich or competitive immunoreaction

    將抗原(抗體)與石墨或者碳固定在載體材料中,在一個競爭性的或者夾心式的免疫反應后,將酶標抗原(抗體)鍵合在傳感器表面,通過一個酶催化反應來確定待測抗原(抗體)的濃度。
  2. The development of renewable amperometric is a possible way to circumvent the problem. here, antigen ( antibody ) is immobilized with graphite ( carbon ) and carrier on a transducer, the analyze is measured through on enzyme catalytic reaction after sandwitch or competitive immunoreaction. the surface of immuno - sensor can be renewed by used in a new immunoassay

    將抗原(抗體)與石墨或者碳固定在載體材料中,在一個競爭性的或者夾心式的免疫反應后,將酶標抗原(抗體)鍵合在傳感器表面,通過一個酶催化反應來確定待測抗原(抗體)的濃度。
  3. L - nitroso - 2 - naphthol - 6 - sodium sulphonate ferric salt ( naphthol green b ) has excellent redox characteristics. in part i of the thesis, the soluble dye, naphthol green b, was used as a new mediator to develop an amperometric glucose biosensor

    論文第一部分首次探索了染料萘酚綠b作為新型電子媒介體的電化學行為,證明其是一種良好的電子媒介體,能有效促進葡萄糖氧化酶與電極之間的電子傳遞。
  4. Amperometric nitrate reductase biosensors based on organic - inorganic hybrid material

    無機雜化材料的硝酸還原酶電極的研究
  5. ( 2 ) in chapter 2 and 3, renewable transferrin and complement 3 amperometric immunosensors have been developed for the determination of transferrin and complement 3 in human serum

    ( 3 )在第四章中,採用溶膠描掖技術,在低溫下將補體第三成分抗血清固定在生物組分中。
  6. ( 1 ) in chapter 1, renewable amperometric immunosensor based on sol - gel technique has been developed by dispersing graphite, complement 3 antiserum and sol - gel at low temperature for the determination of complement 3 in human serum

    同時還研究了1 - o -烯丙基- 4 -羥基蒽醌的電化學行為以及2 -氨基吡啶聚合膜修飾玻碳電極的制備及其電化學性質。
  7. This thesis describes the preparation and " characterization of a renewable amperometric immunosensor based on sol - gel technology. renewable amperometric immunosensors have been developed for the complement 3 in human serum and schistosoma - japonium antibody, respectively. the detailed materials are showed as follows : this first part : renewable amperometric immunosensors have been developed with sol - gel as carrier

    本論文報導了一種基於溶膠-凝膠技術的可更新的安培分析免疫傳感器的制備和特性,分別制備了用於人血清中補體第3成份的測定和日本血吸蟲抗體的測定。
  8. 4. a novel amperometric sensor has been constructed for the determination of h2o2. it was based on catalyzing electroreduction of hydrogen peroxide by metal hexacyanoferrate, which were electrodeposited on gold wire electrodes, under a certain potential

    利用循環伏安法,在金電極表面電化學沉積一層鐵氰酸鎳膜( nihcf ) ,在一定電位條件下,它能快速催化還原過氧化氫,其響應電流與過氧化氫的濃度呈線性關系。
  9. For the advantages of glucose biosensors are obvious : high specificity, short time, simplicity and low cost of analysis, etc. one of the developments of glucose biosensor is the third generation amperometric enzyme electrode with direct electron transfer, which is commonly prepared by conducting organic salts and conducting polymers

    葡萄糖生物傳感器具有選擇性高、簡便、快速的特點,是檢測葡萄糖濃度最常用的方法。為提高傳感器的性能,一個發展方向是制備直接電子傳遞的第三代電流型葡萄糖生物傳感器。目前把利用導電聚合物或導電有機鹽制備的酶電極叫做直接電子傳遞的生物傳感器。
  10. An amperometric glucose biosensor was developed based on immobilization of glucose oxidase ( god ) on the electrochemically polymerized polytyramine ( pty ) film and the overoxidised polypyrrole ( oppy ) film on carbon paste electrode ( cpe )

    鍍鉑碳糊電極的鉑黑沉積層的微孔結構使電極具有較大的有效表面積,增加了固定的酶量與對h2o2的催化活性,使電極的靈敏度提高。
  11. General rules for methods of potentiometric, amperometric, coulometric, and karl fischer titrations

    電位測定法電流測定法庫侖測定法和卡爾.費歇爾滴定法的一般規則
  12. ( 3 ) a biomimetic amperometric sensor has been reported. the sensor is based on a poly [ 2 - mercaptobenzoxazole ] ( pmbo ) film directly electrosynthesized on the gold surface as the matrix and the target analyte abscisic acid ( aba ) is used as the template

    ( 3 )研製了一種生物模擬傳感器,以直接在金表面上電合成的聚[ 2 -巰基苯並?唑]膜為基質,以目標分析物脫落酸( aba )為模板分子。
  13. This thesis studies the interaction of dna with some metal schiff - base complexes with fluorescence spectra, the model of the interaction were investigated in details, and two specific anticancer drugs were obtained. the detailed materials are shown as follows : this first part : renewable amperometric imn ~ iunosensors have been developed with paraffin as carrier

    在本論文中,我們採用熒光光譜法研究了一些席夫堿類金屬配合物傳感載體與dna的相互作用,對其相互作用模式作了詳細的探討,篩選出二種與dna有強烈相互作用的化合物。
  14. Expression of performance of electrochemical analyzers ; part 4 : dissolved oxygen in water measured by membrane covered amperometric sensors

    電化學分析儀性能的表示法.第4部分:用包有薄膜的電流傳感測量的水中溶解氧
  15. In the present thesis, we make use of hydrophilic gold to immobilize enzyme, investigate the use of colloidal gold for amperometric biosensor. at the same time, we take advantage of some substances those have electroactivities as electron transfer mediators with gold nanoparticles to compose novelty glucose biosensors

    本文的思路是採用親水金顆粒來固定化酶,研究納米金在電流型葡萄糖生物傳感器中的應用,同時採用一系列具有電活性的物質作為電子媒介體與之結合起來構成了新型的葡萄糖生物傳感器。
  16. Chemical analysis of magnesium and magnesium alloys. amperometric determination of zinc

    鎂和鎂合金的化學分析.鋅的電流分析測定
  17. Chemical analysis of steel and cast iron. determination of cerium content. fluorimetric and amperometric method

    鋼和鑄鐵的化學分析.鈰含量的測定.熒光測定和電流分析的方法
  18. Sodium chloride for industrial use. determination of calcium and magnesium amperometric method

    工業用氯化鈉.鈣和鎂的測定.電流測定方法
  19. Serum samples have been assayed and the results demonstrate feasibility of the proposed immunosensor for clinical analysis. ( 2 ) in chapter 2, a renewable amperometric immunosensor has been proposed for the determination of schistosoma - japonium antibody ( sjab ) in rabbit serum. the experimental conditions of sjab determination were studied and optimized

    結果與臨床診斷用的elisa方法相比較,令人滿意八2 )在第二章中報導了制備可重復使用的日本血吸蟲電化學免疫傳感器,對r本血吸蟲抗體( sjab )的實驗條件進行了研究和優化。
  20. The first successful electrochemical biosensor is the amperometric glucose biosensor using the clark - type oxygen electrode with direct electron transfer from the glucose oxidase to the surface of the electrode

    電流型酶傳感器是生物傳感器領域中研究最多的一種類型,其電極反應包括酶化學反應和異相電子轉移反應。
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