2) appearance rhetoric
形貌修辞
1.
Pioneer poetry simply indulges in appearance rhetoric,ignoring the content and ideological depth,which beyond the "limit" of the psychological difference pursue and leads to a fault of language form.
文章分析了先锋派诗歌一味沉溺于形貌修辞学,忽视内容与思想深度的挖掘,超出了新奇求异心理的那个"度",从而导致流于形式的弊端,为诗歌今后的发展作了进一步的分析。
3) Modified electrode
修饰电极
1.
The Electrocatalytic Properties of Au Core-Pt Shell Nanoparticle-Modified Electrode for Formaldehyde in Acidic Aqueous;
金核-铂壳纳米修饰电极在酸性溶液中对甲醛的电催化氧化
2.
Study on fabrication of PB/MWNTs modified electrode through sequential deposition method and its electrochemical performance;
顺序化学沉积法制备PB/MWNTs复合修饰电极及电化学性能研究
3.
Electrochemical Luminescence Behaviors of Ionic Polymer-Modified Electrodes;
离子型聚合物修饰电极的电化学发光特性
4) modified electrodes
修饰电极
1.
The Electrocatalytic Actions of Poly (Crystal Violet) Film Modified Electrodes on Uric Acid and Dopamine;
聚结晶紫薄膜修饰电极对多巴胺与尿酸的电催化作用(英文)
2.
Study on the Electrochemical Properties of Modified Electrodes Based on Carbon Nanofibers;
纳米碳纤维修饰电极的电化学行为研究
3.
At present, the application of nano-materials as new chemically modified materials is a new trend in the field of chemically modified electrodes.
目前,运用纳米材料作为化学修饰电极的修饰材料是化学修饰电极新的发展方向。
5) chemically modified electrode
修饰电极
1.
Electrochemical behaviors of europium ferrocene derivative coordination complex chemically modified electrodes were studied.
研究了影响铕 二茂铁衍生物配合物薄膜修饰电极伏安性质的各种因素 ,讨论了薄膜电极的电荷传递过程。
2.
n indium hexacyanoferrate(InHCF) film glassy carbon chemically modified electrode(CME)was usedto catalyze the electrooxidation of cysteine, reduced glutathione and N-acethl-L-cysteine in acidic solution,Stability of the CME prepared by different methods has been studied.
比较了不同制备方法所得修饰电极的稳定性。
3.
Using new materials,including hybrid composites,nanomaterials and biomolecular materials,in construction of chemically modified electrode in order to broaden the application range of analysis technology has already been active area of modern electroanalytical chemistry and biosensing study.
应用复合材料、纳米材料以及生物材料等新型材料制备修饰电极,以提高其分析性能和扩大分析应用范围,已经成为电分析化学以及生物传感工作中的研究热点。
6) electrode modification
电极修饰
1.
The progress in organic light-emitting devices is reviewed,including cathode and anode materials,electrode modification,light-emitting materials,luminescence efficiency,new device structure,as well as the research situation regarding drive circuit.
内容包括:有机电致发光器件的阴、阳极材料、电极修饰、发光材料、发光效率、新的器件结构以及驱动电路的研究现状。
补充资料：极板
分子式：
分子量：
CAS号：
性质：化学电源的两个电极由活性物质和支撑及导电用的“集电体”组成，一般为片状多孔体，称为极板。极板在制作时往往并非把活性物质直接加入集电体中，而是将原材料制成胶糊状，涂敷在板栅之上，或者将原材料灌入玻璃丝管中，再经化成过程生成活性物质。前者称为涂膏式极板（pasted plate），后者称为管式极板（tubular plate），这是铅酸蓄电池常见的两种极板形式。也可将原材料填入多孔的基板之中，经烧结和化成制成烧结式极板（sintered plate)，碱性电池的镍电极即用此法制成。
分子量：
CAS号：
性质：化学电源的两个电极由活性物质和支撑及导电用的“集电体”组成，一般为片状多孔体，称为极板。极板在制作时往往并非把活性物质直接加入集电体中，而是将原材料制成胶糊状，涂敷在板栅之上，或者将原材料灌入玻璃丝管中，再经化成过程生成活性物质。前者称为涂膏式极板（pasted plate），后者称为管式极板（tubular plate），这是铅酸蓄电池常见的两种极板形式。也可将原材料填入多孔的基板之中，经烧结和化成制成烧结式极板（sintered plate)，碱性电池的镍电极即用此法制成。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条