1) VC dVC
VC-dVC
2) ascorbic acid
VC
1.
This article studied the processing parameters of ethyl cellulose microencapsulation of ascorbic acid with thermal phase separating method.
研究了以Vc作为微胶囊化的芯材、以乙基纤维素(ethyl cellulose EC)为壁材、以聚乙烯为添加剂,用油相分离法制备Vc微胶囊的工艺技术参数,确定了影响Vc微胶囊化的主要因素,如微胶囊化温度、搅拌速度、芯材、壁材规格与用量、添加剂的种类及添加量等,并得出微胶囊化最佳工艺参数,即选用乙基含量为49。
2.
The Antioxidization of ascorbic acid,malic acid,tartaric acid,citric acid,p bromomandelic acid,aminoacetic acid and nitrilotriacetic acid for lard was studied.
研究了抗坏血酸 (Vc)、苹果酸、酒石酸、柠檬酸、对溴苦杏仁酸、氨基乙酸、氨三酸等七种有机酸对猪油的抗氧化作用 。
3.
The titratable acid content and ascorbic acid content in jujube increased slowly,then decreased slowl.
结果表明:枣果贮藏过程中,微红果逐渐转红,硬度下降,可滴定酸、Vc含量先上升后逐渐下降,还原糖含量逐渐上升。
3) Vitamin C
VC
1.
A Research on Measuring Content of Vitamin C in Fruits by using Spectrophotometer;
分光光度法测定水果中Vc含量的研究
2.
Determination of Vitamin C in Vegetables with lodimetry-potentiometer Titration;
碘量电位滴定法测蔬菜中VC含量
3.
Analysis of the Content of Vitamin C in the Dying Process of Red Jujube;
红枣干制过程中Vc含量测定分析
4) Visual C++
VC
1.
Mixed Programming Between Visual C++++ and MATLAB Via Dynamic Link Libarary;
VC与MATLAB混合编程之DLL实现方法
2.
We firstly analyze the advantages of the Visual C++++ language and SuperMap,then propose the basic principles and general method of hybrid programming with VC and SuperMap.
为利用SuperMap强大的图形图像处理能力,发挥C++语言的高执行效率,开发基于VC环境的组件式地理信息系统提供一点参考。
3.
The paper analyzes interface implementation between VC++ and LabWindows/CVI,In view of conflict problems in their messages mechanism,adopts a method that LabWindows/CVI User Interface messages are insulated,to solve messages conflict problems,and LabWindows/CVI DLL is used effectually in Visual C++++ development environments in actual applications.
分析LabWindows/CVI与VC接口实现机理,针对消息冲突问题,采用了LabWindows/CVI用户界面消息隔离措施,并以具体应用为例,实现了VC开发环境下对LabWindows/CVI的DLL的调用。
5) VC
VC
6) FG-DVC model
FG-DVC模型
1.
Pyrolysis of coal water slurry volatile matter by using FG-DVC model;
水煤浆挥发分热解的FG-DVC模型
补充资料：vanadium carbide VC
分子式：
CAS号：
性质：银白色晶体。密度5.25～5.4g/cm3。熔点2750℃。比石英略硬。可由五氧化二钒用焦炭还原制得。主要用于制造钒钢。
CAS号：
性质：银白色晶体。密度5.25～5.4g/cm3。熔点2750℃。比石英略硬。可由五氧化二钒用焦炭还原制得。主要用于制造钒钢。
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