1) rhubarb
食用大黄
2) rhabarb
食用大黄
3) edible
食用
1.
Research on edible of flowers and develoqdpment;
花卉的食用及开发利用研究
2.
williamsii was over 36^7%, and in good quality; the components of the fatty acid was the same as those in common edible oils, and the α-Linolenic oil_bearing rate of %S.
对接骨木果油的毒性实验和一些功能实验结果表明 ,接骨木果油无毒无害 ,可食用、药用、保健用。
3.
The edible, officinal and feeding values of the new kind of high-oil corn were summarized and the developing prospect of the corn was looked forward.
综述了新型玉米品种———高油玉米的食用价值、药用价值和饲用价值 ,并对其发展前景进行了展
4) Edible fungi
食用菌
1.
Study on fresh-keeping technology of edible fungi using soft package;
食用菌软包装保鲜技术研究
2.
Simultaneous Determination of Ca,Mg,Fe,Mn,Cu and Zn in Edible Fungi by ICP-AES;
ICP-AES同时测定食用菌中钙、镁、铁、锰、铜和锌
5) edible oil
食用油
1.
Influence factors of polar components produced during frying of edible oil;
食用油煎炸过程中影响极性成分生成因素的研究
2.
Recent trends in new approaches in deacidification of edible oils;
食用油脱酸新方法研究进展
3.
Analysis of edible oil enrich with V_A;
浅谈维生素A强化食用油
6) eating quality
食用品质
1.
Analysis of new wheat cultivars quality characteristics and noodle cooking and eating quality;
育成小麦品种品质性状与面条蒸煮食用品质分析
2.
In this article, differences between the changes of carcass temperature, pH, meat color, eating quality (including tenderness, flavor, juiciness, overall likeness, and total score) and microbe in hot boned pork, traditionally chilled pork, and vacuum-packed chilled pork were compared.
比较研究了热鲜猪肉、普通冷却猪肉和真空包装冷却猪肉在加工过程中胴体温度、pH值、肉色、食用品质(嫩度、风味、多汁性、喜好程度和总体评价)、微生物等的变化。
3.
As a conclusion, the starch plays an important role on noodle′s quality, especially cooking and eating quality.
简要介绍了淀粉的功能特性及其与面条烹煮和食用品质的关系,阐述了不同种类面条对淀粉的不同要求,说明了淀粉对面条品质特别是对烹煮和食用品质的重要作用,从而为生产者选用合适的淀粉原料提供参考。
7) edible pigment
食用色素
1.
Present situation and prospect of edible pigment research;
食用色素的研究现状与前景
2.
Spectroscopic behaviour of edible pigment in PEG phase was investigated.
本文研究了在聚乙二醇2000(PEG)硫酸铵双水相体系中,溶液酸度、盐的浓度、PEG浓度、表面活性剂类型、加入金属离子等因素对常见食用色素赤鲜红、苋菜红、柠檬黄、靛蓝、落日黄萃取率的影响。
3.
In order to search and develop more natural edible pigment, this paper is about extracting brown pigment from the seed of Longan.
为寻找和开发更多的天然食用色素,以龙眼核为原料提取棕色素,研究了几种食品添加剂对该色素的影响,并对色素的耐热性、耐光性、耐氧化性、耐还原性等性能进行测试。
8) edible fungus
食用菌
1.
Research and exploitation of edible fungus functional food;
食用菌功能食品的研究与开发
2.
The progress and application of edible fungus' flavor research;
食用菌风味的研究进展及应用
3.
Study on the quality safety of edible fungus in China;
浅析我国食用菌质量安全问题及对策
9) food pigment
食用色素
1.
Study on the dyeing properties of food pigment Sunset Yellow on cotton fabrics;
食用色素日落黄对棉织物的染色性能研究
2.
Research and development of anthraquinones food pigment;
蒽醌类食用色素的研究进展
3.
Study on the extraction technology of food pigment extracted from chestnut shell;
板栗壳食用色素的提取工艺条件研究
10) edible film
可食用膜
1.
A study on the edible film of oil wrapping for instant noodles;
方便面油包可食用膜研究
2.
Study of edible film based on enzymatic modified whey protein concentrate and its involved mechanism;
乳清蛋白可食用膜的酶法改性及机理研究
3.
Due to the recent increasing in ecological consciousness, research has been turned toward studying whey edible film.
由于近年来人们环境意识的增强,乳清蛋白可食用膜的研究引起了人们的关注。
补充资料：食用大黄(rhubarb)
| 食用大黄(rhubarb) 蓼科(Polygonaceae)大黄属中以叶柄供食的栽培种，多年生草本植物。学名Rheum officinale Baill.别名圆叶大黄。染色体数2n=4x=44。叶柄中含琥珀酸，味酸清口。欧、美洲以叶柄煮熟滤渣加糖制酱，也可作糕点馅。食用软化栽培的叶柄利便。 原产于中国内蒙古。叶大、淡红色、掌状浅裂、心脏形，叶肉厚，叶面皱缩。叶柄长50-60cm，宽5-6cm，淡红色，密布红色细线，柔嫩叶柄呈鲜红色。6-7月自叶腋生花梗，高1m左右。花绿色，无花冠萼片6，雄蕊9。三角形有翼瘦果，9月成熟，果实各粒重20g左右，发芽期3年按叶柄颜色分为红色和绿色两个类型。 宜选深厚肥沃、含有机质丰富、排水良好的土壤栽培。种子繁育或分株繁殖。种子繁殖系数高，适于扩大栽培面积时用，但易变异且生长慢。分株繁殖常利用保护地软化栽培后的残株。选长势旺的芽移栽，每畦栽两行，行株距均为50cm左右，定植后需中耕、除草、施肥等。食用大黄6月至7月份开花，除种株外，应摘去花梗，促进叶子生长。一般栽植后翌年采收。一次采收的须酌留数叶，以保持植株翌年长势。8月后叶柄粗硬，品质差。如需冬季供应，可将根株掘起，密植于保护地内，保持20℃左右温度，在黑暗条件下30天后可收。有些品种欲得淡红色叶柄，需适当见光，但切不可过强，以免叶柄又转绿。 |
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