vanillin 中文意思是什麼
vanillin
解釋
n. 名詞 【化學】香草醛[精],香蘭精[醛]。-
Vitamin b12 is destroyed by oxidizing and reducing agents, by aldehydes, ascorbic acid, ferrous salts, vanillin and acacia.
維生素B12被氧化劑和還原劑、醛類抗壞血酸、二價鐵鹽、香草醛和阿拉伯樹膠破壞。 -
For producing azo dyes, sulfuration dyestuffs, acid dyes and vanillin. ; etc
用於製造偶氮染料硫化染料酸性染料和香蘭素等 -
Bouquet : stone fruits and melon aromas with a hint of walnuts and buttery yeast notes followed by subtle vanillin oak
氣味:有水果和檸檬的芳香,隱約有胡桃木和酵母的香味,以及微妙的香草橡木氣味。 -
Ingredients : sugar, cocoa butter, cocoa mass, vegetable, whole milk powder, chestnut power, soya lecithin, vanillin
配料:白砂糖、可可白脫、可可液塊、全脂牛乳粉、植物油脂、栗子粉、大豆磷脂、香蘭素。 -
Ingredients : wheat flour, sugar, vegetable shortening, cocoa powder, color ( caramel color ), leavening agents, flavor, edible salt, whole milk powder, soy lecithin, vanillin
配料表:小麥粉、白砂糖、植物起酥油、可可粉、色素、 (焦糖色素) ,膨鬆劑,食用香精,食用鹽,全脂乳粉,大豆磷脂,香蘭素。 -
Study on the inhibiting effect of vanillin to the epiphyte
香蘭素對真菌的抑制作用的研究 -
Li yh, sun zh, zheng p. determination of vanillin, eugenol and isoeugenol by rp - hplc [ j ]. chromatographia, 2004, 60 : 709 - 713
孫志浩,鄭璞,趙麗青.微生物轉化異丁香酚制備香草醛的菌種和方法[ p ] .專利號200510064494 . 0 -
Determination of vanillin in vanilla pods
香草蘭豆莢中香蘭素的測定 -
Food additive - vanillin
食品添加劑香蘭素 -
Summarize the status and developing trends of extract technology of vanillin at home and abroad at present
綜述了目前國內外香蘭素萃取分離技術的現狀及發展趨勢。 -
Ingredients : milk chocolate , sugar, co - co, full - milk powder, lecithin, vanillin , toast almond
主要成分:牛奶巧克力,糖,可可脂,全脂奶粉,蛋黃素,香草莢,烤杏仁。 -
Put forward that it will be an important task to exploit the craft of the supercritical gas separating vanillin
提出超臨界氣體萃取分離香蘭素工藝的開發,將是今後開發研究的一個重要課題。 -
Vitamin b12 is destroyed by oxidizing and reducing agents, by aldehydes, ascorbic acid, ferrous salts, vanillin and acacia
維生素b12被氧化劑和還原劑、醛類抗壞血酸、二價鐵鹽、香草醛和阿拉伯樹膠破壞。 -
Ethyl vanillin was synthesized by the phase - transfer catalysis cteab and o - ethoxyphenol, which was prepared from pyroeatehol with an overall yield of 55. 2 %, and the factors in the reaction, such as phase - transfer catalysis and temperature, were discussed
摘要以鄰苯二酚為原料,首先合成中間體鄰乙氧基苯酚,然後以十六烷基三乙基溴化銨為相轉移催化劑合成了乙基香蘭素,考察了相轉移催化劑的選擇及反應溫度,最後收率為55 . 2 % 。
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