二、“革新型”分析仪“烧瓶架”式化学分析通常所不能解决的问题范围几乎都是在有机化学方面。一般来说,所有有机混合剂的全部分析必须这样: 首先,混合剂的分离(比较理想的是分离后的每一部分应为混合剂的一种组分)。当为纯物质时,接着对上述每一组分进行不同的试验和检查以便鉴定。这种比较固定的程序用仪器分析是比较有效的,因为在有机化学的复杂范围内,不存在某一元素特有的仪器分析方法,而这些方法都能对混合剂直接进行分析,就象无机化学分析那种情况一样。一般的有机化学分析方法相对地来说是受限制的。故对于经蒸馏处理的混合溶剂来说,采用同样深入的分析方法,其操作时间也长,而且通常所获得的组分不纯,有时比 Second, the “innovative” analyzer “flask rack” chemical analysis usually can not solve the problem almost always in organic chemistry. In general, the total analysis of all organic mixtures must be such that, first, the separation of the mixture (ideally each part of the separation should be a component of the mixture). When pure material, then each of the above components is subjected to different tests and inspections for identification. This relatively routine procedure is more instrumental for instrumental analysis since there is no instrumental instrumental analysis of a particular element within the complex organic chemistry that can be used to directly analyze mixtures as inorganic chemistry The same analysis of the situation. The general method of organic chemistry analysis is relatively limited. Therefore, for the distillation of the mixed solvent, using the same in-depth analysis, the operating time is also long, and usually obtained components impure, and sometimes than