酸性橙 的英文怎麼說
中文拼音 [suānxìngchéng]
酸性橙
英文
acid orange-
The shellac erythrophyll is from the parasitism the resinous substance shellac which in places the such as india, thailand, burma, china leguminosae, on the mulberry branch plant s lac insect secretes with the thin sodium carbonate watery solution extract fine but, assumes the reddish purple color either the bright red powder or the liquid, by shellac acid a and shellac acid b, c, e and so on is composed, serves as the edible erythrophyll, when the acidity assumes the orange, is extremely stable
紫膠紅紫膠紅色素是從寄生於印度、泰國、緬甸、中國等地的豆科、桑科植物上的紫膠蟲所分泌的樹脂狀物質紫膠用稀碳酸鈉水溶液萃取精緻而得，呈紅紫色或鮮紅色粉末或液體，由紫膠酸a和紫膠酸b 、 c 、 e等組成，用作食用紅色素，酸性時呈橙色，非常穩定。Treatment of the syndrome of spleen - deficiency and qi stagnation of functional dyspepsia by taking the pills of zhi - zhu made from unripe bitter orange, citrus sinensis and citrus aurantiun
酸橙與甜橙枳實所制枳術丸治療功能性消化不良脾虛氣滯證的臨床療效比較In the present work, we have prepared titania thin films on different substrates from a ( nh4 ) 2tif6 aqueous solution upon addition of boric acid by liquid phase deposition ( lpd ) method under the ambient temperature
在本研究工作中，以六氟鈦酸銨和硼酸為原料，用液相沉積法（ lpd ）在不同的基片上制備二氧化鈦薄膜，並用液相甲基橙水溶液的降解脫色和氣相no的光解去除率評價二氧化鈦薄膜的光催化活性。Changes of organic acid synthetase activity during fruit development of navel or ange citrus sinesis osbeck
臍橙果實發育過程中有機酸合成代謝酶活性的變化The result proved that bacillus iicheniformis29 were resistant to km and sensitive to the other antibiotics. the elimination of plasmid by acridine orange or by sds and the transformation of protoplast indicated that km resistance genes are located on the plasmid pbl29, not on the chromosome
Lichenformis29菌株具有卡那黴素抗性，用吖啶橙消除試驗和十二烷基磺酸鈉消除試驗以及原生質體轉化試驗，證明卡那黴素抗性基因是質粒而不是染色體編碼。The anatase structured tio2 - sno2 binary oxides could only be prepared by stearic acid method. the photocatalytic decomposition of methyl orange was used as a model system to determine the relative influences of the preparation method and the concentration of coupled oxides on the photocatalytic activities. it was found that tio2 - sno2 ( r = 0. 15 ) prepared by stearic acid method showed higher photocatalytic activity than degussa p - 25
發現sno :在硬脂酸法和501一gel法中對tio :微結構有著完全相反的影響規律，硬脂酸法可以制得銳欽礦型納米ti02一snoz復合氧化物;以光催化降解甲基橙為模擬實驗考察了所制備的復合納米tioz的光催化活性，結果表明，硬脂酸法制備的tioz一sno :光催化活性優異，其中樣品ti仇一snoz （間分享友人