增液

  • 网络liquid increment;increase humor;increase the body fluid;increase saliva
增液增液
  1. RP-HPLC法测定增液颗粒中哈巴俄苷的含量

    Determination of Harpagoside in " Zengye Granule " by RP-HPLC

  2. 介绍了HL增液剂在中国石化上海高桥炼油厂催化裂化装置上的使用情况。

    HL liquid-increasing agent was applied in the FCC unit of refining plant , SINOPEC Shanghai Gaoqiao Company .

  3. 清热解毒与养阴增液法对内毒素脱毒相关分子HDL和ALP影响的研究

    Effects of strategies of heat-clearing and detoxifying , and Yin-invigorating and fluid-supplementing on HDL and ALP molecules associated with endotoxin-degrading

  4. 目的:探讨益气增液颗粒对脾虚泄泻SD大鼠血清胃泌素(GAS)、血浆胃动素(MOT)的影响;

    Objective : To explore the effect of Yiqi Zengye granule on serum gastrin ( GAS ) and plasma motilin ( MOT ) in experimental rat model of spleen deficiency diarrhea ( SDD ) .

  5. 介绍了YJZS-01延迟焦化装置增液剂在中国石油天然气股份有限公司大港石化分公司1.0Mt/a延迟焦化装置上的试用情况。

    An anti-fouling coking-inhibiting liquid yield booster has been tried on a 20 000 b / d delayed coker in PetroChina Dagang Petrochemical Company .

  6. 安装助抽增液器前后抽油井载荷分析

    The load of pump well before and after installing pumping assistor

  7. 延迟焦化增液剂的工业试验

    Commercial application of liquid yield booster in delayed cokers

  8. 增液剂精确评价方法的研究

    Study on Evaluating Method of Additive Increasing Liquid Yield

  9. 快速洗井增液器的研制及应用

    Development and application of speedy well washing device

  10. 增液汤对阴虚热盛证家兔血液流变学的影响

    Effect of Zeng Ye Decoction on Hemorrheology in Yin Deficiency and Heat Syndrome ′ s Rabbits

  11. 清·吴瑭所创增液汤用以治疗数日不大便而偏于津亏液干者,其所立“增水行舟”法为津亏便秘的治疗提供了新的途径。

    Wu-tang of Qing Dynasty created Fluid-increasing Decoction to nourish yin , clear away heat and loose bowel to relieve constipation .

  12. 增液溶液具有强大的提高血管壁通透性的作用可能是其治疗掌跖破裂性湿疹的一个疗效机理。

    The property of the fluid-producing solution may be one aspect of healing mechanism in treating eczema of chapped palm and metatarsal .

  13. 在成功建立阴虚热盛证动物模型的基础上,观察了增液汤对阴虚热盛证家兔血液流变学的影响。

    To observe the effect of Zeng Ye Decoction ( ZYD ) on hemorrheology in Yin deficiency and heat syndrome ′ s rabbits .

  14. 后世温病大家吴鞠通创设增液承气汤,似与少阴三急下证颇合。

    Members of future generations WuJu-tong created fluidincreasing decoction for purgation , seemingly accord with three urgent purgation with Shaoyin quite a radical .

  15. 经在中原油田采油二厂19口井的应用效果分析,证实该技术解堵增液效果显著。

    The technology can solve block and increase fluids remarkably after application and effect analyzes in19 wells of the second factory in Zhongyuan oilfield .

  16. 方法:用中医辩证论治方法,选用增液承气汤随证加减治疗65例便秘患者。

    Methods : According to dialectical treatment of TCM , 65 patients with constipation were taken with Jiaweizengyechengqi decoction and vary the composition with syndrome .

  17. 管外高压充填防砂增液技术通过高液量和大砂量在近井地带形成大半径、高渗透的挡砂屏障;

    A sand retention screen with large radius and high permeability near the wellbore can be formed by high liquid production and the large amount of sand .

  18. 6000m~3/h制氧机变工况减气增液的探析与实践

    Investigation and practice of variable operating conditions in a 6000m ~ 3 / h oxygen plant for a decrease in gas production and an increase in liquid output

  19. 延迟焦化减焦增液技术是一项非常诱人的技术,但评价延迟焦化生焦情况的实验比较复杂难做。

    Technology of decreasing coke and increasing liquid product in delayed coking is a kind of attractive technology . But , it is complex and difficult to assess coking production of delayed coking .

  20. 结果表明,糖尿病各个证型的血糖和尿糖检测值均有不同程度的差别,其中主要表现为热证的燥热伤津和胃热津亏两型。增液汤治疗便秘(津亏液竭)实验研究

    The result showed that the blood and urine suger values in each type of dia-betes were different . The Experiment Study on Fluid-Increasing Decoction in Treating Constipation Due to Exhaustion of Yin Fluid and Body Fluid

  21. 上海市名中医蔡淦教授治疗慢性胃炎经验丰富,认为慢性胃炎的病机关键是肝郁脾虚,治疗强调清胃化湿、养阴增液、活血化瘀、清热解毒、疏肝健脾以及身心调养。

    This article introduces professor Cai Gan 's clinical experience in the treatment of chronic gastritis and argues that chronic gastritis in caused by liver depression and spleen deficiency and its treatment focuses on discharging liver and nourishing spleen .

  22. 结论:陈旧性肛裂患者术后应用自拟的增液通便汤较好的改善了大便质地,减轻了术后排便疼痛,促进了切口愈合,临床有较好地应用价值。

    Conclusion : The application of chronic anal fissure patients were prepared by liquid from the soup better laxative improved stool texture , reduce postoperative pain and bowel movements , promotes wound healing , clinical application of better value .

  23. 补肾益气中药消除运动性疲劳的研究进展从补液谈解暑益气增液汤在夏训中的临床运用

    The Overall Statement of Chinese Herb for Invigorating Qi and Tonifying the Kidney on the Effect of Anti-fatigue in Sports Exercise ; Clinical application of clearing summer heat , supplementing Qi and increasing fluids decoction in the aspect of fluid infusion on the summer training

  24. 在临床上,直接用PCR方法检测病料增菌液中的鸡源志贺菌,可以节省诊断时间,为及时治疗提供保障。

    In clinical , using PCR detection method to detect whether disease material culture has Shigella isolated from chicken can save diagnosis time , providing guarantee for timely treat .

  25. 从临床初诊为仔猪副伤寒的病猪采集粪便,接种亚硒酸盐亮绿增菌液增菌后,划线于SS琼脂培养基,挑无色透明菌落纯化。

    The feces was collected from diseased piglets clinically diagnosed as paratyphoid , inoculated on Sodium Selenite brilliant green SS medium , then streaked on SS medium .

  26. 基于幂律函数和Navier-Stokes方程,推导了剪切增稠液阻尼器行为的两种准静态模型:轴对称模型和平行平板模型。

    Based on the power law function and Navier-Stokes equation , two quasi-static models , axisymmetric model and parallel plate model , for STF damper were derivated .

  27. 鸡肉肉水、增菌液和纯培养菌落的PCR鉴定结果,阳性率分别为16%、24%和20%,生化鉴定检出率为20%。

    Chicken meat water , enrichment fluid and colony from the pure culture were detected by PCR , and 16 % , 24 % , 20 % of them were found respectively to be positive for C. jejuni . The detection rate of biochemistry identification is 20 % .

  28. 草鱼游离胆汁酸盐像GN增菌液中的去氧胆酸钠一样,能够抑制革兰氏阳性菌的生长,而对革兰氏阴性菌痢疾志贺氏菌(Shigelladysenteriae)的生长则无影响。

    As to the free bile salt , it was similar to deoxycholic acid in GN-enriched medium and showed bacteriostasis to Gram positive bacteria , but no effect on the growth of Shigella dysenteriae .

  29. 结论两种培养基作增菌液检测拟态弧菌都是可行的。

    Conclusion The two methods could be used to detect Vibrio mimicus .

  30. 水产品副溶血性弧菌不同增菌液增菌效果的比较

    Comparison of Enrichment Broth Enriching Effects of Vibrio parahaemolyticus in Aquatic Product