Methods:Apply microwave extraction in determining content of naphtha in Eupatorium Fortune .
方法：运用微波技术对佩兰中挥发油的含量进行测定。
Technique of microwave extraction and GC-ECD was used to analyze hexachlorocyclohexane BHC and DDT in soil.
用微波萃取和GC -ECD联用技术，对土壤中六六六、滴滴涕进行了分析。
The optimum conditions of enzyme extraction and microwave extraction were obtained through orthogonal test.
利用正交试验分别优化白藜芦醇的酶法提取工艺和微波提取工艺。
Microwave extraction is a rapid and efficient new method of extraction. Recently, it is applied in many field.
微波萃取技术是一种快速、高效的提取新技术，目前已广泛应用于多种领域。
The sapindus-saponin extracted from the rind peel of natural sapindus mukorossi by the microwave extraction method.
采用微波萃取法从无患子果皮中萃取无患子皂苷。
New method of microwave extraction of corn pigment extraction was studied and the pigment stability was investigated.
探讨微波辅助提取玉米黄色素的新方法，研究色素的稳定性。
The microwave extraction technique can be used for Chinese material medica as its high effect and short extraction time.
微波提取效率高，提取时间短，可用于中药提取。
The microwave extraction and stability of the natural yellow pigment in the coat of peanut, grown in Fujian were studied.
本文对福建产花生壳进行微波萃取天然黄色素及其稳定性研究。
It is prepared through microwave extraction, decompressing concentration, spray drying in supersonic jet and other steps.
采用微波萃取、减压浓缩、超音速射流技术喷雾干燥等步骤制成。
Microwave extraction can shorten extraction time, increase extraction yield, but energy consumption and product cost are high.
微波萃取法可缩短萃取时间，提高提取率，但耗能大，成本高。
The principle, advantages, technology, equipment, and its applications of microwave extraction technique are reviewed in this paper.
对微波萃取技术的原理、特点、工艺、设备、应用等方面进行了综述。
Conclusions: Microwave extraction is rapid and highly active, and it can be widely used to extract the Traditional Chinese Medicine.
结论：微波萃取技术快速、高效，对花、根、果、叶类药材均有较高的提取效率。
Results There is a higher extraction rate of percolation, and the microwave extraction method has an advantage of shorter extraction time.
结果渗漉提取率较高，而微波法提取则具有提取时间更短的优点。
Object To explore the regularity of microwave extraction (me) on Chinese medicines in different morphological structure and different polar compositions.
目的探索微波萃取(ME)对不同形态结构中药及含不同极性成分中药的提取规律。
The best extraction method and process of flavonoids from water chestnut were investigated using ethanol extraction and microwave extraction respectively.
研究了乙醇浸提法、超声波法和微波法提取荸荠总黄酮的最佳工艺。
In this article, the application type of microwave extraction equipment in the design of Chinese medicine extract workshop and auxiliaryequipmentwerediscussed.
探讨了微波提取装置在中药提取车间设计中的应用方式及配套辅助设施。
The best extraction method and process of flavonoids from water chestnut were studied by used ethanol extraction, ultrasonic extraction and microwave extraction.
研究了乙醇浸提法、超声波法和微波法提取荸荠总黄酮的最佳工艺。
Good experimental results of extracting natural food pigment by microwave extraction technique show that it is a good new technique and could be applied in industry.
采用该技术提取天然食用色素的实际结果表明，微波提取技术是一种有良好发展前途的新工艺，有利于工业化生产。
The special feature of microwave extraction technique over traditional heat extraction is short time, low temperature, low energy consumption and high product quality.
微波辐射提取技术与传统加热提取技术相比，具有提取时间短、温度低、耗能低、品质高等优良特性。
Microwave extraction is a new and high efficient technique for extraction and separation, which is widely applicable in chemical, pharmaceutical and food industrial fields.
微波萃取是一种新型高效的提取分离技术，可在化工、制药、食品等领域中得到广泛应用。
Methods Ultrahigh pressure extraction method, ultrasonic extraction method, microwave extraction method and soxhlet extraction were used to extract flavonoids from Hawthorn.
同时，采用超高压提取法、超声波法、微波法、索氏提取法获得山楂提取液。
This article introduces the technique of producing quick-dissolving health care tea which is chisty tea. Microwave extraction method is used to extract water-soluble substance.
采用微波法以茶叶末为原料制备速溶茶粉，提取茶叶末中水溶性物质并进行调配。
Compared with the direct heating extraction, microwave extraction can greatly shorten the extraction time, decrease the extraction dosage, and improve the yield of the extractants.
与直接加热提取法相比，微波提取能大大缩短提取时间，降低提取剂用量，并能提高提取物收率。
Compared with the traditional technique of heating extraction, the microwave extraction technique is characteristic of short time, low temperature, low consumption and high quality.
微波萃取技术与传统加热提取技术相比，具有提取时间短、温度低、耗能低、品质高等优良特性。
The backset current extraction, ultrasonic-assisted extraction and microwave extraction were tested to select the optimum extraction and the quantitative analysis of specimen was made.
分别考察回流法提取法、超声波萃取法及微波萃取法。选择最优提取工艺，对样品进行含量测定。
Microwave extraction technology is a new technology which can improve extraction rate by using microwave energy, and it has the merits of short time period, efficient and energy saving.
微波提取技术是利用微波能来提高提取率的一种新技术，具有短时、高效、节能等优点。
So this thesis on the basis of traditional craft, utilizing respectively microwave and ultrasonic wave, improve and optimize the craft of traditional extraction.
为此本文在传统工艺的基础上，分别介入微波和超声波，对传统提取工艺进行了改进和优化。
So this thesis on the basis of traditional craft, utilizing respectively microwave and ultrasonic wave, improve and optimize the craft of traditional extraction.
为此本文在传统工艺的基础上，分别介入微波和超声波，对传统提取工艺进行了改进和优化。
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