1) separation point of temperature
温度分离点
2) separation temperature
分离温度
1.
The impact factors,such as extraction pressure,extraction time,extraction temperature,separation temperature,flow rate of CO2 on the yield of oridonin extraction were studied.
对提取工艺中萃取压力、萃取温度、萃取时间、分离温度、CO2流量等因素对冬凌草甲素萃取产率的影响进行了研究,结果表明:萃取压力以25 M Pa为宜;萃取温度以55℃为宜;萃取的最佳时间范围为2。
3) phase separation temperature
相分离温度
1.
Experimental results showed that single C3-C8 alcoholic substances would not lead the phase separation temperature of E10 gasohol satisfy the requirement, i.
本文以乙醇汽油为基料,考察了在不同含水量下,多种添加剂对其相分离温度的影响,并测定了相应的理化性能,对实验结果进行了分析,对部分理化性能的测定方法进行了研究。
2.
Based on ASTMD6422-99, 12 substances as ethanol additives were investigated in terms of their improvement on phase separation temperature of ethanol gasoline.
参照ASTM D6422—99方法对12种单质型乙醇汽油添加剂对乙醇汽油相分离温度的改善效果进行了实验研究,筛选出9种可以使乙醇含量为10%(E10)的乙醇汽油相分离温度降低到-25℃以下的添加剂。
4) temperature induced phase separation
温度诱导相分离
1.
Partition coefficients of baicalin in EOPO/potassium phosphate aqueous two phases system combined with temperature induced phase separation were measured.
EOPO具有相对低的浊点(Cloudpoint),在水溶液中,当温度超过其浊点(50℃)时会形成新的两相系统,发生温度诱导相分离。
5) temperature emissivity separation
温度发射率分离
6) temperature at outlet of separator
分离器出口温度
1.
It is believed that the imperfect controlling of temperature at outlet of separator makes the temperature controller at outlet of separator forced to increase feed-water flow,and a method that makes feed-water flow steady was proposed, which provides a good reference for similar unit.
阐述了国产600MW超临界机组低负荷运行时给水流量反复波动情况和原因,认为分离器出口温度控制不当引起分离器出口温度控制器强制增加给水造成的,并提出了稳定给水流量的方法,对国产600MW超临界机组安全运行有借鉴意义。
补充资料:温度的固定点(fixedpointsoftemperature)
温度的固定点(fixedpointsoftemperature)
一些纯物质的相变点,它的温度是不变的,可利用这个特性来作为固定的温度点。在低温下IPTS-68,EPT-76,ITS-90都规定了一些固定点,利用这些固定点再加上扦补公式就可以对温度计进行分度。在低温下的固定点有以下一些:
水三相点273.16K
……………………平衡氢三相点13.803K
氙三相点161.404K
……………………Nb超导转变点9.2880K
氪三相点115.776K
……………………Pb超导转变点7.1997K
氩三相点83.8058K
……………………In超导转变点3.4145K
氮三相点63.1504K
……………………Al超导转变点1.1810K
氧三相点54.3584K
……………………Zn超导转变点0.8500K
氖三相点24.5591K
……………………Cd超导转变点0.5200K
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条