retention temperature

英 [rɪˈtenʃn ˈtemprətʃə(r)] 美 [rɪˈtenʃn ˈtemprətʃər]

网络  保留温度; 滞留温度

化学



双语例句

  1. By using this graph, we can predetermine the retention time, exiting temperature or the humidity drop of the drying process easily.
    利用这一关联图,可以简捷地预测需要的干燥时间,绵白糖在出口的温度,或者预测在一定条件下的干燥效果。
  2. The holding tube is designed to establish a retention time for the product at the pasteurization temperature.
    我们设计保温管来确保产品在巴氏杀菌温度时的保留时间。
  3. A method to check mistakes in the database is developed by means of the relationship between retention index and column temperature, and so on.
    并针对录入数据很容易引入错误而提出利用保留指数与柱温的关系和同系线性规律等对数据库进行查错。
  4. One cause of retention time uncertainty identified is poor oven temperature repeatability.
    一个引起保留时间不确定度大的因素是差的柱温箱温度重复性。
  5. In this article the influence to mechanical properties of carbon fiber made by preoxidation retention time, temperature of low-oven and exhaust emission is discussed.
    本文论述了预氧化停留时间和低温炉温度及其废气排放对碳纤维力学性能的影响。
  6. Research on the water retention characteristic and prediction of compacted bentonite under controlled temperature
    温控下高压实膨润土持水特性及预测研究
  7. Simultaneity squalane capillary column on three different column temperature was used for determinate Kovats retention index of each constituent, and find the regularity of retention index and column temperature.
    同时在鲨鱼烷毛细管柱上分别于3个柱温下,测出了各组分的Kovats保留指数,找出了各组分保留指数与柱温的规律。
  8. The full-scale experiment was carried out on the use of variable rate biofilter with enzymatic medium for treatment of municipal wastewater, and study was made on the effect of hydraulic retention time ( HRT) and temperature on the performance.
    对采用酶促填料的变速生物滤池处理城市污水进行了生产性试验研究,考察了水力停留时间(HRT)和温度的影响。
  9. Outer morphology, particle size distribution, Fourier Transform Infrared Spectroscopy ( FTIR), glass transition temperature ( T_g), retention on the normal temperature were studied.
    研究了微胶囊表观结构、粒径分布、红外光谱、玻璃化转变温度(Tg)和常温贮藏的保留率。
  10. At the same time, retention is decreased when bathing temperature is increased, and yet water flux is reached maximum at 40 ℃.
    同时,凝固浴温度升高,截留率单调减小,但水通量在40℃时达最大值。
  11. The method for obtaining the GC retention parameters of components under temperature programs was studied, so the unknown sample could be transferred to the GC-known sample.
    开展程序升温条件下,快速获取复杂环境样品中未知组分气相色谱保留参数的方法研究,将未知样品转化为色谱行为已知样品。
  12. Moreover, PPS fibers had been experimented on heat treatment, and some relations between dry heat shrinkage, tenacity retention and heat treatment time and heat treatment temperature were studied.
    此外,对PPS纤维进行了热处理研究,探讨了纤维干热收缩率、强度保持率与热处理温度和热处理时间的关系。
  13. Simulation of Retention Values With High Accuracy in Temperature Programmed Capillary Gas Chromatography
    毛细管气相色谱程序升温条件下保留值的高精度模拟
  14. Water retention, at pH 7 and temperature 70 ℃, was 232%.
    在pH值为7和70℃,持水性为232%。
  15. Experimental results showed that sulphur retention reached 99% when roasting temperature was under 1000 ℃, CaO was 1.4 times as much as calculation, roasting time and air flux were adequate.
    实验结果表明,当焙烧温度不高于1000℃,石灰加入量为理论量的1.4倍以上时,保证适当的焙烧时间与空气量,石灰的固硫率可达99%。
  16. The results showed that Fe and Ni contents and keeping time were the key factors which influenced the retention of diamond in the bond while the sintering temperature, Fe content and diamond size were the key factors which influence the tool life.
    结果表明:烧结温度、Fe含量和金刚石粒度是影响金刚石锯片寿命的最主要因素,而Fe含量,保温时间和Ni含量是影响胎体对金刚体包镶能力的主要因素。
  17. Studied on the stability and retention period of juice-milk beverage influenced by different sterilizing temperature and time
    杀菌温度与时间对果奶饮料稳定性及保存期的影响研究
  18. Prediction of Retention Time by Computer in Prog-rammed Temperature Gas Chromatography
    应用电子计算机预测气相色谱程序升温保留时间
  19. The effects of retention time and reaction temperature on silver absorption are neglectable.
    反应时间和温度对多孔SiO2吸附银没有影响。
  20. The retention rates of Albumin bovine decreases when coagulation bath temperature increases, and first decreases, then increases when pre-evaporation time prolongs.
    对牛血清白蛋白的截留率随着凝固浴温度的上升而下降,随着预蒸发时间的延长先略有下降然后上升。
  21. Calculation of Isothermal Retention Indices from Temperature Programming Data
    由气相色谱程序升温数据计算恒温保留指数
  22. The removal efficiencies of toluene and ethyl acetate and the components and microbial communities of the packing materials in the biofilter were determined under different condition ( pollutants concentration, empty bed retention, temperature, moisture, nutrient concentration).
    通过半连续和连续运行的方式,考察了气态污染物的不同浓度、不同空床停留时间以及不同操作条件下(温度、湿度、营养)的甲苯和乙酸乙酯去除效果和填料的变化及菌系状态;
  23. By SEM, the water contact angle, pure water flux, BSA retention rate, performance testing under high temperature conditions that can be used for high temperature ultrafiltration membrane water treatment and better hydrophilicity and mechanical properties.
    通过SEM、水接触角、纯水通量、牛血清蛋白截留率、高温条件下性能测试表明超滤膜能够用于高温水的处理并有较好的亲水性和机械性能。
  24. The thermal cycle graph of nodes shows that heating speed is very quick and the retention time of high temperature is very short. Moreover, after the heat source moving, the temperature falls rapidly.
    各节点的热循环曲线图显示,激光焊加热速度高,高温停留时间短;随着热源的离开,温度度迅速下降。
  25. In this paper, the advantages of gain cell such as small cell size, logic process compatibility and etc are discussed. Furthermore, four design difficulties, small data retention time, negative voltage requirement, temperature and disturbance sensibility of data retention time are performed detailedly.
    重点讨论了该核心单元面积小、与逻辑工艺完全兼容等优点,并提出其设计中的四个难点&数据保持时间短、操作需要负电压、数据保持时间的温度敏感性及易受干扰特性。
  26. Through the comparative analysis for the effect of 4 ℃ and normal temperature storage on typical aroma compounds, 4 ℃ storage has a higher retention rate for aroma in litchi juice than normal temperature storage.
    通过对4℃冷藏和常温贮藏的荔枝汁主要香气类型及典型香气成分的比较分析可见,4℃冷藏对香气成分保留率高于常温贮藏,说明低温贮藏有助于香气成分的保留。
  27. The main conclusions are as follows: In the temperature range of 10~ 80 ℃, within a certain time, the concentration of soluble COD ( SCOD) hydrolyzed increases with sludge retention time ( SRT), and the higher the temperature, the hydrolysis rate faster.
    主要得到以下几个结论:在温度10℃~80℃范围内,一定时间内污泥水解产生的溶解性COD(SCOD)浓度随停留时间的延长而增大,并且温度越高,水解速率越快。