Based on that, the main advanced research trends of SFE were pointed out.
在此基础上，提出了今后超临界流体萃取技术的主要研究方向。
The yield of com - yellow pigment by SFE was 2. 2 times as much as in solvent extraction.
该提取法比常规的化学溶剂提取法的得率高2.2倍。
Methods: three factor and three level orthogonal test was used to optimize the SFE conditions.
方法：通过三因素—三水平正交试验法，对萃取条件进行了优化选择。
To develop a supercritical fluid extraction (SFE) method for piperine in Fructus Piperis Longi.
建立超临界流体萃取(SFE)荜茇药材中的胡椒碱的方法。
SFE accepts a single operand to its right. The operand must be the name of a relocatable segment.
SFE在其右边接收一个操作数。操作数必须是一个可重定位段的段名。
Objective: To define antipruritic effect of supercritical fluid ext ra ct( SFE) of fructus cnidii.
目的：考察蛇床子超临界萃取物外用的止痒作用。
METHOD: To extract the volatile oil by steam distillation or supercritical fluid extraction (SFE).
方法：用水蒸汽蒸馏法和超临界流体萃取的方法提取挥发油。
So the solubility measurement and the phase equilibrium study on SFE is very important fundamental aspect.
因此，开展超临界流体萃取的溶解度测定和相平衡研究是一项重要的基础研究工作。
Methods: The antipruritic effect on histamine acid phosphate was observed through local application of SFE.
方法：以不同浓度的蛇床子超临界萃取物局部外用，观察其对磷酸组织胺致痒反应的影响。
So the solubility measurement and phase equilibrium study on SFE is very important fundamental research work.
因此，开展超临界流体萃取的溶解度测定和相平衡研究，是一项重要基础研究工作。
This experiment studied the supercritical CO2 fluid extraction (SFE-CO2) technology of Carya kernel oil (CKO).
对超临界CO2萃取山核桃油的工艺条件进行了实验。
ObjectiveTo study the optimal technology of supercritical-CO2 fluid extraction(SFE-CO2) on Combined Spicebush Root.
目的考察超临界CO2流体萃取乌药有效成分的最佳工艺。
Such results showed that ginger oleoresins made from SFE was of higher quality and higher natural constituents content.
结果表明SFE萃取的生姜油树脂品质优，天然有效成分含量高。
Compared with petroleum ether extraction method, the extraction rate from SFE -co2 is higher and extraction time shorter.
并与传统的石油醚萃取法相比较，其萃取时间短，得油率高。
Supercritical fluid extraction(SFE) is a new kind of separation technology, which expands the frontier of separation industry.
超临界流体提取（SFE）技术开辟了分离工业的新领域，是一种新型的分离技术。
The demand for natural products has resulted in considerable interest in supercritical fluid extraction with carbon dioxide (SFE -co2).
对天然产品的需求导致人们对超临界CO 2流体萃取的极大兴趣。
And the application of supercritical carbon dioxide as SFE liquid and chemical reaction medium in daily chemical industry is introduced.
介绍了超临界流体的特性、萃取原理及超临界二氧化碳作为SFE 溶剂、作为化学反应介质在日用化工中的应用。
Based on the design status of the quick-opening seal structure of SFE kettle, the parametric finite element analysis system is opened up.
针对快开式超临界萃取釜结构开发了参数化有限元分析系统。
METHODS the essential oils were extracted by CO2 supercritical fluid extraction (SFE-CO2) method, then separated and identified by GC-MS.
方法采用CO2超临界流体萃取飞机草地上部分的挥发油，GC - MS法鉴定化学成分，归一化法测定各成分相对含量。
Applying SFE in the analysis of environment can make reduction of sample dosage, shortening the sample treatment period and no second pollution.
在环境分析中，SFE能够减少试样用量、缩短试样处理时间，且无二次污染。
OBJECTIVE To establish a method based on the off-line coupling of SFE and CGC for quantitative analysis of the major components in anti-lumbago tablets.
目的建立超临界流体萃取（SFE）技术和毛细管气相色谱（CGC）非在线联用技术，测定中成药腰痛片中的主要成分。
The SFE, which is a kind of new extraction and stripping technique, is widely used in the industrial, petroleum, food -stuff, medical, environmental protection and other fields.
超临界流体萃取(简称sfe)是一种新型的萃取分离技术，广泛应用于工业、石油、食品、医药、环保等领域。
This paper presents the application development of supercritical fluid extraction (SFE) in the field of chemical industry, environment field, food industry, and medicine industry.
介绍了超临界流体萃取（SFE）技术在化学工业、环保领域、食品工业、医药工业上的应用进展。
It is emphatically discussed that the entrainer is applied for supercritical fluid extraction (SFE) of available components in tobacco, such as nicotine, solanesol and ethereal oil.
重点讨论了夹带剂在超临界萃取烟草中烟碱、茄尼醇、精油等有效成分中的应用。
Objective To compare the pharmacodynamics of supercritical-CO2 fluid extractions(SFE-CO2) of Radix Bupleuri, et al on anticonvulsion, and explore their mechanism of anticonvulsant action.
目的对柴胡等七种中草药的超临界CO2萃取物进行抗癫痫药效学比较，并探讨其作用机制。
SFE as a green chemical technology offers better recoveries, less solvent consumption, less sample handling steps, cleaner extracts and environmentally friendly to conventional technology.
从而展示了SFE作为绿色化学技术具有萃取率高、使用溶剂少，分离步骤少，环境无害等明显优于传统方法的特点。
Supercritical fluid extraction (SFE) is a new promising chemical separation technology, one of its main application fields is for sample purification to extract and detect the aim analyte.
利用超临界萃取技术提取分析基体中痕量目的组分时，常需加入适宜的改性剂以提高萃取效率。
This article describes the function, function mechanism, choice method, application and progress of entrainers in SFE, and the exiting problems and research orientation are also pointed out.
论述超临界流体及超临界萃取中夹带剂的作用、作用机理、选择方法、应用及其研究进展，并提出所存在的问题和研究方向。
This article describes the function, function mechanism, choice method, application and progress of entrainers in SFE, and the exiting problems and research orientation are also pointed out.
论述超临界流体及超临界萃取中夹带剂的作用、作用机理、选择方法、应用及其研究进展，并提出所存在的问题和研究方向。
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