1)  VCAT
VCAT(虚级联)
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)  VC
VC
1.
VC / CuCrZr Composite Fabricated by Melting-casting and Its Microstructure and Properties;
熔铸法制备VC/CuCrZr复合材料及其微观组织与性能
2.
Determination Study on VC in Food with Ternary Complexes by N_2-benzene Floatation Indirect Spectrophotometry;
N_2-苯浮选三元缔合物间接光度法测定食品中VC的研究
3.
Microstructure Characterization of VC in in situ Synthesized Fe Matrix Composites;
原位合成铁基复合材料中增强相VC的微结构特征
5)  VC++
VC++
1.
Study on Intelligent Cocoon-cooking and Reeling System Based on VC++++;
基于VC++的智能煮茧缫丝系统的研究
2.
The simulation of the slub yarn outward curve using VC++++;
VC++实现竹节纱外观曲线的模拟及参数估计
3.
Fuzzy & Comprehensive Evaluation for Stress Field of Milling Insert with 3D Comp lex Groove Based on VC++++;
基于VC++的三维复杂槽型铣刀片应力场模糊综合评判
6)  Visual C++
VC++
1.
Mixed Programming with Visual C++++ and Matlab for Hydraulic AJC;
Matlab与VC++联合编程在卷取机液压踏步控制系统中的应用
2.
The Realization of Serial Communication between Computer and PLC through Visual C++++;
VC++下PLC与计算机串行通信的实现
3.
Discussion for Factor Loading Graph of Correspondence Analysis in Geology with Visual C++++;
用VC++实现地学中对应分析因子载荷图的探讨
参考词条
补充资料:电磁级联簇射
电磁级联簇射
electromagnetic cascade shower

   高能电子、正电子或光子在物质中断续地,即级联地经过多次电磁作用产生大量电子、正电子及光子的现象。其基本机制是高能电子(或正电子)在物质原子核的电磁场中通过轫致辐射放出一个光子而损失部分能量,高能光子在核电磁场转化为能量较低的正负电子对。这些产生出来的次级电子 、正电子及光子 ,只要能量够高,就会继续上述的过程,直到放出的电子 、正电子及光子能量低到被物质吸收为止。这个现象可被用来作为探测初级电子(或光子)能量的原理。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。