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1·Like any alternative fuel, methanol has its critics.

像任何替代燃料一样，甲醇也受到批评。

2·The extraction of flavone by methanol from sweet carambola leaves was studied by a single factor test and orthogonal design test.

利用甲醇浸提、单因素试验和正交试验探讨了从甜杨桃叶中提取黄酮的最佳工艺条件。

3·Vehicles incorporating only the simplest of the engine improvements that methanol makes feasible would still contribute to an immediate lessening of urban air pollution.

仅采用甲醇所能实现的最简单的发动机改进措施的车辆，仍将有助于立即减少城市空气污染。

4·Yet much of the criticism is based on the use of gasoline clone vehicles that do not incorporate even the simplest design improvements that are made possible with the use of methanol.

然而，大部分批评都是针对“克隆汽油车”的，这些车并没有为使用甲醇而做出哪怕最简单的设计上的改进。

5·However, since methanol-fueled vehicles could be designed to be much more efficient than gasoline clone vehicles fueled with methanol, they would need comparatively less fuel.

然而，由于以甲醇为燃料的车辆在设计上可以比以甲醇为燃料的“汽油克隆”车辆效率高得多，因此它们所需的燃料相对较少。

6·Four compounds, namely 10 nonacosane, 24 methylenecycloartanol, stigmasterol and dacosterol have been isolated from the precipitate of the plant's methanol extract.

从月腺大戟根甲醇提取液的沉淀部分，鉴定了4种化合物，分别为二十九烷醇10、24亚甲基环阿尔廷醇、豆甾醇和达考甾醇。

7·METHANOL is nasty stuff.

甲醇是一种危险物质。

8·Methanol was main product from BCSR.

甲醇是反应的主要产物。

9·Solubility: soluble in methanol ethanol. hardly soluble in toluene xylene.

溶解度：溶于甲醇、乙醇。难溶于甲苯、二甲苯。

10·Area of a fingerprint with an electrically charged mixture of methanol and water.

这种技术首先往指纹上一小块区域喷上(0.15 x0.15毫米)充上电流的甲醇与水的混合溶液。

甲醇

1·Like any alternative fuel, methanol has its critics.

像任何替代燃料一样，甲醇也受到批评。

2·The extraction of flavone by methanol from sweet carambola leaves was studied by a single factor test and orthogonal design test.

利用甲醇浸提、单因素试验和正交试验探讨了从甜杨桃叶中提取黄酮的最佳工艺条件。

3·Vehicles incorporating only the simplest of the engine improvements that methanol makes feasible would still contribute to an immediate lessening of urban air pollution.

仅采用甲醇所能实现的最简单的发动机改进措施的车辆，仍将有助于立即减少城市空气污染。

4·Yet much of the criticism is based on the use of gasoline clone vehicles that do not incorporate even the simplest design improvements that are made possible with the use of methanol.

然而，大部分批评都是针对“克隆汽油车”的，这些车并没有为使用甲醇而做出哪怕最简单的设计上的改进。

5·However, since methanol-fueled vehicles could be designed to be much more efficient than gasoline clone vehicles fueled with methanol, they would need comparatively less fuel.

然而，由于以甲醇为燃料的车辆在设计上可以比以甲醇为燃料的“汽油克隆”车辆效率高得多，因此它们所需的燃料相对较少。