湿化学法

利用湿化学法在单晶硅表面接枝有机分子

Organic Molecules Grafted Silicon Surface Through Wet Chemistry Method

方法：采用干化学法和湿化学法对尿素、肌酐二项的准确性及方法的相关性进行比较。

Methods Urea and Creatinine were measured by dry and wet chemistry methods respectively .

利用X射线衍射（XRD）、透时电镜（TEM）等手段研究了湿化学法合成钻英石粉末过程中锆英石相的生成机制。

The formation mechanism of zircon in a wet chemical processing is studied .

采用湿化学法合成了纳米Co（OH）2。

In this work , nano-Co ( OH ) 2 powder was synthesized by a simple wet chemical route .

该法与湿化学法测定结果呈高度相关，r为0.995。

The correlative factor was 0.995 , implying fairly good comparing the results of this method with wet chemical method .

湿化学法原位合成硫掺杂的纳米金红石TiO2可见光催化剂

S-doped Rutile TiO_2 Visible-light Activated Photocatalyst by in Situ Wet Chemical Synthesis Method

通过湿化学法合成PZT陶瓷微粉可实现粉料的高纯、超细、粒度均匀及化学成分的精确控制。

Through wet chemical synthesis , ultrafine PZT powder can be obtained with high-purity , uniform grain size and precise control of composition .

本文以SnCl2·2H2O和HF酸为原料，利用湿化学法成功制备了导电的掺氟二氧化锡粉。

The F doped SnO_2 ( FTO ) nano-powder was successful synthesized with SnCl_2 and HF as raw material by wet-chemical method .

采用湿化学法和厚膜技术制备了掺Sb2O2的SnO2半导体陶瓷以测试其酒敏特性。

( Luoyang Institute of Refractories Research , Ministry of Metallurgical Industry ) ABSTRACT Sb_1O_3-doped SnO_2 semiconductor ceramics was prepared by means of wet-chemical method and thick film technology and its ethanol-sensing characteristics were measured .

湿化学法合成铌镁酸铅陶瓷微观结构

Microstructure of Lead Magnesium Niobate Ceramics Synthesised by Wet Chemical Method

干化学法和湿化学法对尿淀粉酶检测的比较

The comparison of the dry and wet chemical methods for urine amylase

湿化学法合成陶瓷粉料的原理和方法

Principles and synthesis of ceramic powder by means of wet chemical method

湿化学法合成LiNiVO4纳米粉体及其电化学性能

Preparation and Electrochemical Property of LiNiVO_4 Nanoparticles Synthesized by a Wet Chemical Method

湿化学法合成先驱体制备氮化硼纤维的研究

Research on Synthesis of BN Fibers with Precursors Prepared by Wet Chemical Method

湿化学法生产中会生成大量含盐量很高的粉体料液。

During this reaction a lot of salt will be produce as a by-product .

湿化学法合成单分散陶瓷超微粉体的基本原理

Wet Chemical Principles of Monodisperse Ultrafine Ceramic Powders

溶血对干化学和湿化学法测定血清胆红素的影响

Infection To Dry Chemistry Method And Conventional Wet Chemistry Method For Serum Bilirubin By Hemolysis

干化学法与湿化学法测定血氨及影响因素的分析

Determination of blood ammonia by dry chemical and wet chemical and analysis of influencing factors

热处理过程对湿化学法合成锂锰氧化物结构的影响

Changes in the structure of spinel LiMn_2O_4 synthesized by wet chemical technique in the calcinating process

掺铬锂锰氧化物的湿化学法合成与性能

Synthesis and performance of chromium - doped spinel lithium manganese oxide prepared by wet chemical method

湿化学法合成固体氧化物燃料电池阴极材料的结构与性能

Structure and Properties of Cathode Materials for Solid Oxide Fuel Cells Prepared by Wet Chemical Method

干化学法与湿化学法检测血清胆红素的比较

Comparison of the Results Between Dry Chemistry Method and Conventional Wet Chemistry Method for Serum Bilirubin Determination

探讨了使用湿化学法对硅片表面进行活化，完成硅圆片低温直接键合的流程。

The process of low temperature wafer direct bonding using wet chemical surface activation methods are discussed .

高温固相法、湿化学法及燃烧合成法等都可用来合成YAG：Ce3+荧光粉。

YAG : Ce3 + phosphor can be prepared by solid reaction , wet chemical and combustion synthesis methods .

运用湿化学法对栾川钼尾矿中有价金属元素进行回收利用，实现了铁、钙、镁的提取和分离。

Extracted and separated valuable metals , like Fe , Ca and Mg , from molybdenum tailing in Luanchuan by Hydrometallurgy method .

文章综述了湿化学法合成微波介质陶瓷粉末的研究进展，分析讨论了其存在的问题与发展。

In this paper recent progress in these methods is reviewed together with discussion on the problems and the developing trends of them .

讨论了液相合成化学法合成单分散粉体的动力学特征，指出了湿化学法中普遍存在的团聚问题，并提出了改进方案。

Kinetics features and reunion problems in chemical method of producing single dispersing particles in liquid are discussed and some improvements are given .

目的了解干化学法与湿化学法在检测各类型黄疸患者的胆红素的差异。

To compare the serum bilirubin results obtained by conventional wet chemistry methods and thin-film method and to find out the correlation between the methods .

且分析了产品合成的影响因素，初步探讨了锆钛酸钡直接湿化学法合成机理。

In addition , the influent factors of the production synthesized by means of direct wet chemical method and synthesis mechanism have also been discussed simply .

与其它湿化学法相比，加入有机添加剂的低温超强碱法具有工艺操作简单、节约资源和环境污染小的优点。

Compared with other wet chemical methods , the organic addition-assisted super-alkaline method has the advantages of easy operation , saving resources and less environmental pollution .