butanol怎么读，butanol的音标和真人发音
英音
['bju:tənəʊl]
美音 ['bju:tənoʊl]
butanol是什么意思，butanol的意思是
n.丁醇
butanol 的用法和双语例句“点击”或“选中”例句中的单词，就可以看到词义解释
- By tapping into a highly efficient metabolic pathway , scientists at rice university engineered e. coli to convert sugars to butanol 10 times more efficiently than any other organism .
- 借助启动一种高效代谢途径，rice大学的科学家修饰过的大肠杆菌把糖转化为丁醇的速度比其他微生物高10倍。
- Like ethanol , butanol is an alcohol . That means each of its molecules contains an oxygen atom as well as the carbon and hydrogen found in an alkane .
- 和乙醇一样，丁醇也属于醇类，这说明每一个丁醇分子包括一个氧原子和直链烷烃里的那种碳原子、氢原子。
- In addition to butanol , the bacteria can produce various useful fatty acids that existing processes derive from plant and animal oils .
- 除了丁醇，它还可以生产从植物和动物油脂出发的多种有用的脂肪酸。
- However , the bugs normally used to produce butanol don 't tolerate it well and so produce only small quantities .
- 不过，一般用于生产丁醇的微生物不耐受丁醇，因而只能生产少量丁醇。
- Yeast , for instance , are more tolerant to ethanol and butanol , he says-but e. coli grow faster .
- 比如，酵母比大肠杆菌更耐受乙醇和丁醇，但是大肠杆菌生长更快。
- Butanol , however , has four carbon atoms in its molecules , whereas ethanol has two .
- 不过，丁醇分子力有四个碳原子而乙醇有两个。
- That gives butanol more energy for a given mass and makes it more alkane-like in its properties ; nor does it absorb water as readily as ethanol .
- 这就使得丁醇在同等质量下更有能量，性质更像烷烃；与乙醇一样，丁醇也很容易吸收水分。
- Tulane university scientists discovered a strain of clostridia bacteria , dubbed " tu-103 , " that can devour old newspapers to produce butanol , a substitute for gasoline .
- 杜兰大学的科学家们发现了一个梭菌（clostridiabacteria）菌株，命名为“tu-103”这个菌株可以吃掉旧报纸，产生汽油的替代品丁醇。
- Moreover , the production process for butanol is more efficient than the processes that produce alkanes ; proportionately more of the energy from the feedstock ( various crops for gevo , wheat for bp ) ends up in the final fuel .
- 此外，生产丁醇的过程比生产直链烷烃的效率更高；在最终的燃料里，从饲料（gevo使用各种玉米，而bp使用各种小麦）中得到的能量比例更高。
- Cobalt biofuels , a biobutanol startup based in mountainview , california , uses clostridium bacteria to break down plant matter and convert the resulting sugars into a mix of butanol , acetone , and ethanol .
- 钴生物燃料公司是一家在加利福尼亚mountainview新开设的生物丁醇公司，他们使用梭状芽孢杆菌破环植物质，将生成的糖类转化为丁醇、丙酮和乙醇的混合物。
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