1) capsanthin
辣椒红素
1.
Study on the Technology of Extracting Capsanthin;
辣椒红素提取的工艺研究
2.
The best process was as follows: capsanthin was first extracted with acetone for 2 h at pH10.
主要研究复合溶剂法提取辣椒红素的工艺。
3.
This article introduced four natural pigments:moascus colors,natural carotenes,jujube pigment,Capsanthin and their basic character,distilling techniques and application.
开发天然色素是世界食用色素发展的总趋势,本文介绍了四种极具发展前景的天然色素:红曲色素、天然胡萝卜素、酸枣色素、辣椒红素。
3) capsicum red pigment
辣椒红色素
1.
Study on microwave assisted extraction technique and application in artificial beef of capsicum red pigment;
辣椒红色素的微波提取及在仿生牛肉中的应用研究
2.
Refining capsicum red pigment by molecular distillation technology
应用分子蒸馏技术分离提纯辣椒红色素
3.
In this paper,the main methods of extraction,analysis and application prosperity of capsicum red pigment are presented.
对辣椒红色素的理化性质、提取工艺、分析测定方法等常用工艺方法及应用前景与展望进行详细阐述。
4) capsanthin
辣椒红色素
1.
Study on stability of capsanthin from cluster redpepper;
朝天椒中辣椒红色素稳定性的研究
2.
Study on extraction of natural capsanthin;
辣椒红色素提取工艺研究
3.
Assessment of the uncertainty of measurement of capsanthin in food;
食品中辣椒红色素含量测量不确定度的评定
5) paprika red
辣椒红色素
1.
The application of paprika red in feed
辣椒红色素在饲料中的应用研究
2.
This thesis has taken a systemic research on Indian Paprika red from many aspects such as production, trade, product quality, taking a comparing analysis on Paprika red in India and China exploring out their merits and shorts.
本文系统地从原料资源、产量、贸易情况,产品质量等方面对印度辣椒红色素(ORP)进行了研究,并对印度和中国所产辣椒红色素进行了对比分析,找出其各自的优势与不足。
6) paprika red pigment
辣椒红色素
1.
The paper discusses ways to extract and refine paprika red pigment in the light of the selection of extraction agent, the determination of extraction time and the condition to eliminate piquancy as well as the selection of extraction detergent.
辣椒红色素作为一种天然色素,在医药、食品、轻工等行业具有广泛的应用价值,本文通过提取剂的选择、提取时间的确定、除辣条件和萃取洗涤剂的选定对辣椒红色素的提取与精制进行了一些探索与讨论。
2.
A mixture of paprika red pigment(100g,TBXE =100) and aq.
色价为100的油状辣椒红色素100g,加入100mlc(NaOH)=3。
3.
Single-factor experiments and the optimum condition for the extraction of paprika red pigment were determined through Box-Benhnken center-united experiment design and Response Surface Methodology.
针对辣椒红色素的超声波提取,在单因素实验的基础上,利用Box-Benhnken中心组合实验和响应面分析法,确定辣椒红色素超声提取的最佳工艺条件,即使用无水乙醇作溶剂,料液比为1:12(w/v),超声时间为30min,超声波功率为600W。
补充资料:辣椒红素
分子式:
CAS号:
性质:四萜类衍生物。紫罗兰红片状结晶(石油醚中结晶),熔点201℃。干红椒(paprika)的成分。天然色素。几乎不溶于水,对热较稳定,耐光性差。一些金属离子可使其褪色或沉淀。着色力强,色调可因浓度而异,呈浅黄至橙红色。通常由成熟红辣椒干粉碎后,以乙醇、丙醇、异丙醇或正己烷抽提、精制而得。经进一步纯化,可得具有光泽的深红色结晶。可用于冷饮品、糕点、糖果、酱料、熟肉制品、人造蟹肉等多种食品。
CAS号:
性质:四萜类衍生物。紫罗兰红片状结晶(石油醚中结晶),熔点201℃。干红椒(paprika)的成分。天然色素。几乎不溶于水,对热较稳定,耐光性差。一些金属离子可使其褪色或沉淀。着色力强,色调可因浓度而异,呈浅黄至橙红色。通常由成熟红辣椒干粉碎后,以乙醇、丙醇、异丙醇或正己烷抽提、精制而得。经进一步纯化,可得具有光泽的深红色结晶。可用于冷饮品、糕点、糖果、酱料、熟肉制品、人造蟹肉等多种食品。
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