polyaniline
美 
英
例句
Polyaniline(PAn) is considered to be the most prospective in application among the various structural conducting polymers.
在眾多的結構型導電高分子材料中，聚苯胺被認為是最有希望在實際中得到應用的導電聚合物。
The recent development in synthesis of polyaniline using horseradish peroxidase(HRP), a sort of oxidoreductase, was summarized.
概括了近年來以氧化還原酶-辣根過氧化物酶（HRP）催化合成聚苯胺的研究進展。
Polyaniline is one of the most intensively investigated intrinsically conductive. polymers.
聚苯胺是導電高分子化合物中的一個極有應用前途的高分子材料。
The results show that the beads immobilized HRP can be used to synthesize the water-soluble conducting polyaniline successfully.
結果表明：共價交聯微球固定化HRP可有效地用于水溶性導電聚苯胺的模板導向合成。
The coal-based polyaniline(CBP) is one of the conductive polymer fillers with widely application .
煤基聚苯胺（CBP）是一類有著廣闊應用前景的導電填料。
The invention discloses a water dispersible polyaniline nano-particle gas-sensitive element and a method for preparing the same.
本發明公開了一種水分散聚苯胺納米粒子氣敏元件與制作方法。
Polyaniline (PANI) has a good conductivity, but the forming of the poor, which greatly restricted its application.
聚苯胺（PANI）具有良好的導電性，但成型性較差，這大大限制了它的應用。
The back of the films was polyaniline layer with irregular pores, while the face was polysulfone layer with a sponge-like structure.
SEM結果顯示：復合膜具有不對稱的微孔結構，背面是不規則微孔結構的聚苯胺層，正面是海綿狀的聚砜層。
The invention discloses a double-component anticorrosive coating containing chlorinated polyether and polyaniline.
本發明公開一種氯醚聚苯胺防腐涂料，為雙組分涂料；
Anticorrosion mechanism and application prospects of the polyaniline coatings were discussed.
并且討論了聚苯胺防腐涂料的防腐蝕機理及其應用前景。
Polyaniline film thickness directly affects light transmission, if the film thicker, the transmittance of the worse.
聚苯胺膜的厚度直接影響了光的透過率，膜越厚，其透過率越差。
This paper introduced the research advances of polyaniline anticorrosion coatings and different mechanisms of anticorrosion.
介紹了聚苯胺防腐涂料的研究進展及不同的防腐機理。
The heavy anticorrosive waterborne coatings for metals have been made by epoxy zinc rich and polyaniline hybrid method.
通過溶液聚合方法，把不同的聚苯胺產品與環氧富鋅雜化制成了金屬重防腐使用的水性涂料。
The synthesis of polyaniline in a solvent-free environment has been achieved through a mechanochemical route.
聚苯胺在無溶劑環境中的合成通過一種機械化學的途徑已經實現。
In general , the epoxy coatings with doped nano-Polyaniline shows better anticorrosion performance than Emeraldine base .
摻雜態聚苯胺涂層要比本征態聚苯胺涂層的防腐蝕效果好。
The corrosion behavior of electrode of stainless steel with polyaniline coating in corrosive acid media were investigated.
研究了由聚苯胺修飾的不銹鋼電極在酸性介質中的腐蝕行為。
Use emulsion polymerization to produce soluble and conductive polyaniline (PAn) with DBSA doped.
采用乳液聚合方法，合成有機大分子酸DBSA摻雜的可溶導電聚苯胺。
X-ray diffraction shows that polyaniline crystal particles are formed in SF coal, which have low polymerization degree . . .
衍射分析表明，苯胺在煤中聚合生成了較多低聚合度的聚苯胺晶粒，這些晶粒與SF煤發生了較為穩定的復合。
A flexible polyacrylamide(PAA~*)hydrogel with entrapped polyelectrolyte sulfonated polyaniline(SPANI)was prepared.
制備了含有聚電解質磺化聚苯胺（SPANI）在的聚丙烯酰胺凝膠。
Polyaniline nanofibers were synthesized by direct mixing reaction in ultrasonic field.
在超聲場下用直接混合法合成了聚苯胺納米纖維。
In this experiment, the Polyaniline polymerize with reduction and oxidation then form the thin film on the glass carrier.
本實驗是將聚苯胺用氧化還原的方式聚合，并可在玻璃載體上形成薄膜。
The novel methods and the new chances for coal's non fuel application are provided by coal based polyaniline. The coal based polyan. . .
同時，煤基聚苯胺也為煤的非能源利用提供了新途徑和新機遇，具有一定的推廣價值。
This paper has reviewed the recent development of polyaniline anticorrosion coating for metals at home and abroad.
綜述了國內外聚苯胺在金屬腐蝕防護領域的最新研究進展。
As one of conducting polymer materials, polyaniline (PAN) has wide prospect in the future market.
作為一種導電聚合物材料，聚苯胺電致變色膜具有廣闊的市場應用前景。
It is found both the conductivity and the apparent mobility are dependant on the doping level and microstructure of polyaniline films.
電化學測試結果表明，聚苯胺的電導率及表觀遷移率與膜的摻雜程度和形貌有關。
Polyaniline described in detail the process of chemical synthesis and the phenomenon of the experiment.
詳細敘述了聚苯胺化學合成實驗的過程及現象。
Polyaniline powder and the polyaniline solution extracted by chloroform has been prepared in the process.
制備了導電聚苯胺粉末與氯仿萃取的導電聚苯胺溶液。
The results show the different film structure of polyaniline coating has the obvious difference in corrosion behavior.
結果表明，不同的聚苯胺表面膜耐蝕能力有顯著區別。
In addition, the polyaniline dendrites were obtained following fractal growth in the presence of PVP.
此外，PVP的存在有利于聚苯胺的分形生長，形成枝狀結構的產物。
Based on excellent electrical properties and chemical stability, the application of water-soluble conductive polyaniline is very valuable.
水溶性導電聚苯胺由于其優異的電性能和化學穩定性，具有潛在的實用性價值。
when alcohol and metallic ion coexist, fibrous and sphere-shaped nanostructure polyaniline are formed at the same time.
在醇和金屬離子摻雜劑共存時，苯胺能同時聚合成纖維狀和球形納米結構的聚苯胺。
Preparation of polyaniline by cyclic voltammetry when , scanning the ceiling not more than 0. 9V.
用循環伏安法制備聚苯胺時，掃描上限一般不超過0.
A. Smith who studied how to control the size of gold clusters in polyaniline.
很可能不會是研究如何用聚乙烯控制金簇厚度的那個J。
The molar ratio of aniline to oxidant was systematically varied in order to optimize the yield of polyaniline.
摩爾比苯胺為氧化劑是不同的系統，以優化的產量聚苯胺。
Performance of a Composite Miniature pH Electrode Made of Pencil Core Modified with Polyaniline
鉛筆芯修飾聚苯胺制作微型復合pH電極的性能
Polyaniline Electrochemical Sensor Used for Measurement of Residual Chlorine in Bleaching
聚苯胺電化學傳感器用于殘氯檢測
Electroless Plating of Nickel on the Surface of Polyaniline Microtubules and Electromagnetic Property Study
聚苯胺微管表面化學鍍鎳與電磁特性研究
Synthesis and characterization of polyaniline and study of its gas sensitivity
聚苯胺的合成、表征及氣敏性能研究
Characterization and electrochemical performance of polyaniline polysulfide as cathode material for rechargeable lithium batteries
正極材料多硫代聚苯胺的結構表征及其電化學性能研究
when there is only a metallic ion as dopant, sphere-shaped nanostructure polyaniline is easily formed;
僅有金屬離子摻雜劑存在下，苯胺易于聚合成球形納米結構的聚苯胺；
