高效液相色谱法是在经典色谱法的基础上，引用了气相色谱的理论，在技术上，流动相改为高压输送（最高输送压力可达4.9´107Pa）;色谱柱是以特殊的方法用小粒径的填料填充而成，从而使柱效大大高于经典液相色谱（每米塔板数可达几万或几十万）；同时柱后连有高灵敏度的检测器，可对流出物进行连续检测。
故又称高压液相色谱法 High Pressure Liquid Chromatography ; HPLC
采用高压液相色谱法 high pressure liquid chromatography
用高压液相色谱法 high pressure liquid chromatography
变性高压液相色谱法 denaturing high performance liquid chromatography
反相高压液相色谱法 rp-hplc
和变性高压液相色谱法 denaturing high performance liquid chromatography
本标准规定了用高压液相色谱法、莱因-埃农氏法和镁-比色法测定糖的方法。
This standard set because of, use law of color atlas of high-pressured fluid photograph, Lai - dust law of farming family name and magnesium - colorimetric law determines the method of candy.
方法用硝酸钍滴定法、测铁分光光度法、测磷分光光度法及高压液相色谱法对不同样品植酸含量进行测定。
Methods The samples of phytic acid were determined with thorium nitrate titration, ferric spectrophotometry, phosphorus spectrophotometry and high performance liquid chromatography respectively.
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