1)  chromium
富铬绿豆芽
1.
Getting organic chromium by cultivating chromium-enriched mungbean sprouts was studied.
采用三氯化铬为铬源培养富铬绿豆芽 ,观察不同浓度和不同培养方法对豆芽生长及含铬量的影响。
2)  Chromium-rich
富铬
1.
Optimum of Submerged Fermentation Parameters for Chromium-rich Mycelia of Coprinus comatus*;
毛头鬼伞富铬深层发酵条件的优化
3)  chromium-enriched yeast
富铬酵母
1.
Optimization and analysis of the cultivation of chromium-enriched yeast;
富铬酵母培养条件优化及分析
2.
Study on Preparation of Chromium-enriched Yeast by Discarded Brewers Yeast;
利用啤酒废酵母制备富铬酵母的研究
4)  chromium-accumulating ganoderma lucidum
富铬灵芝
1.
The effects of quantity of the chromium-accumulating ganoderma lucidum lixivium, sodium carbonate, carrot pulp and sodium chloride on the quality of fine dried noodles during the processing of chromium -accumulating ganoderma lucidum and carrot fine dried noodles were studied.
研究了富铬灵芝胡萝卜挂面加工过程中富铬灵芝汁、食用碱面、胡萝卜浆及食盐用量对挂面品质的影响。
5)  enriched-Cr malt
富铬麦芽
1.
Potassium chromium sulfate was added to the water during the barley infusion and enriched-Cr malt was executed.
啤酒酿造的主要原料是大麦,铬是人体必需的一种微量元素,本文在浸麦过程中用KCr(SO_4)_2处理麦芽,制成了富铬麦芽,研究了铬对麦芽生理生化特性及成品麦芽质量的影响。
6)  chromium-rich jadeite
富铬硬玉
1.
The research indicates that Hte Long Sein Jade mainly consistsof chromium-rich jadeite, which occurs as mineral aggregate (>75% ), The crystal chemical formula ofchromium-rich jadeite shows as (Na0.
结果表明,优质铁龙生玉主要由富铬硬玉矿物集合作组成(>75%),晶体化学式为:(Na0。
参考词条
补充资料:绿豆芽
【通用名称】
绿豆芽
【其他名称】
绿豆芽 (《纲目》)
【异名】
豆芽菜(《本草汇言》)。
【来源】
为豆科植物绿豆的种子经浸罨后发出的嫩芽。
【性味】
甘,寒。 ①《纲目》:"甘,平,无毒。" ②《本草汇言》:"味甘,气寒。"
【功用主治】
《纲目》:"解酒毒、热毒,利三焦。"
【用法与用量】
内服:煎汤,3~4两。
【宜忌】
姚可成《食物本草》:"脾胃虚寒之人,不宜久食。"
说明:补充资料仅用于学习参考,请勿用于其它任何用途。