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1·Within the operating conditions, the extraction time depended on the extraction pressure and CO2 flow rate. The kiwi fruit seed oil can be extracted fully for 120-150min.

萃取时间的长短在一定范围内依赖于CO_2流量以及压力的大小，本试验萃取时间120～150分钟即可达到完全萃取。

2·The sequence according to the effect of the extraction results is as follows: extraction temperature, crush degree, extraction pressure, separate pressure, separate temperature.

按对结果的影响大小依次排列为萃取温度，粉碎度，萃取压力，解析压力，解析温度；

3·It is ripe in technology and doable in practice that one old condensing turbine with proper parameter is remade to be postposition turbine of the back extraction pressure turbine.

选取参数适当的旧凝汽式机组改造为背压机组的后置机在技术上是成熟的，在实际应用上也是可行的。

4·The energy-saving results of these units can be further improved by widening the regulating range of the extraction pressure and by using tow-stage heating of district-heating return water.

扩大供热抽汽压力调节范围及采用热网回冰的两级加热，可进一步提高该型机组的节能效益。

5·Based on single factor experiments, sample amount, extraction temperature, extraction pressure and time were selected for L9 (34) orthogonal tests using the extraction yield of puerarin as index.

在单因素试验的基础上，选择萃取投料量、萃取温度、萃取压力、萃取时间四个因素，进行L9(34)正交试验设计，评估了这些因素对葛根素提取率的影响。

6·Hot water is forced through the grounds under high pressure, resulting in extremely short extraction time (contact time between the water and the grounds).

热水在高压作用下通过咖啡粉；因此萃取时间非常短(水与咖啡粉的接触时间)。

7·The processing conditions such as temperature, pressure, time and cosolvent solution for the extraction of carotenoids from corn gluten meal by supercritical fluid extraction were studied.

对超临界流体萃取法从玉米蛋白粉中提取类胡萝卜素的温度、 压力、时间、 夹带剂等工艺条件进行了研究；

8·Use the technique of supercritical CO2 extraction inquiring into the extrct condition of the kernels oil tentatively, and findthe best temperature and pressure index for extraction.

用CO2超临界萃取技术，对红松松仁油提取条件进行了初步探讨，找出了最佳提取温度、力指标。

9·The laws of ultrasonic velocity with respect to pressure and temperature in supercritical fluid CO2 can provide a theoretical guide in ultrasonic enhancing supercritical fluid extraction.

超临界CO2流体声速随压力和温度变化规律，对超声技术强化超临界流体萃取应用具有理论指导作用。

10·The effects of pressure, temperature, time on extraction and pine nut kernel of the product were determined.

研究了萃取压力、温度和时间对出油率和整仁的影响。