碳酸氢盐

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  • bicarbonate
碳酸氢盐碳酸氢盐
  1. 随温度升高,Co/Pt/γAl2O3催化剂上碳酸氢盐物种消失并转化成CO2。

    Bicarbonate species diminished quickly and turned into CO 2 over Co / Pt / γ Al 2O 3 with increasing temperature .

  2. 实地调查发现,电导率(EC)、钠吸附比(SAR)、碱化度(ESP)、氯化物、碳酸氢盐、硫酸盐等在再生水灌溉土壤中均有增加,增加程度和灌溉水质及灌溉年限有关。

    Electric conductivity ( . EC )、 Sodium Adsorption Ratio ( SAR ), sodium , chloride , bicarbonate and sulphate increase variously in soils irrigated by treated water , the extent of variation is influenced by water quality and irrigation time .

  3. 碳酸氢盐血液透析浓缩物B液/粉中氯化钠含量测定方法的探讨

    A Discussion on the Concentration Assay for Sodium Chloride in Bicarbonate Dialysate

  4. 方法分别制备A液和B液,用碳酸氢盐作缓冲碱基制备透析液。

    METHODS Prepare the dialysis solution by making A solution and B solution , respectively .

  5. 应用PCR技术检测慢性乙肝病毒性肝病血清及外周血单个核细胞中HBV-DNA醋酸盐和无醋酸碳酸氢盐血透患者外周血IL-6,TNF和淋巴细胞亚群的变化

    Detection of HBV-DNA in serum and PBMC of the patients with chronic HBV hepatic disease by Circulating levels of IL-6 , TNF and lympho-cyte subset cells during hemodialysis

  6. DRIFT和CO2-TPD结果表明CO2的化学吸附主要是碳酸盐和碳酸氢盐形式。

    DRIFT and CO2 TPD results show that the bicarbonate and carbonate are the predominant species of the CO2 chemisorptions .

  7. 方法分别用组胺、乙醇及消炎痛诱发急性胃溃疡模型,观察平溃散对胃粘液-碳酸氢盐屏障功能、胃液pH值和胃跨膜电位的影响。

    Methods Three kinds of models of acute gastric ulcer in rats and guinea pigs were induced by histamine , indomethacin and alcohol , respectively . The changes in gastric mucus-bicarbonate barrier , and pH of gastric liquid and gastric transmembrane potential were observed .

  8. GMBF可以为黏膜细胞提供氧和营养物质,维持黏液-碳酸氢盐屏障和粘膜屏障的功能。

    The GMBF can provide oxygen and nutrient substances for gastric epithelial cells . It maintains the function of mucus-bicarbonate barrier and the function of mucosal barrier .

  9. 方法:对18例尿毒症患者在AFBF过程中进行血气分析动态观察并测定透出液中碳酸氢盐的含量。

    The hemodynamics of the bicarbonate in AFBF remained understudied . METHODOLOGY Sequential blood gas analysis and measurement of bicarbonate in dialysate were performed in 18 uremic patients during AFBF .

  10. 无糖型碳酸氢盐透析液的配制与临床应用

    The preparation and clinical application of glucose - free bicarbonate dialysate

  11. 无醋酸盐碳酸氢盐血透对透析中头痛的影响

    Evaluation of the effect of acetate-free bicarbonate hemodialysis on hemodialysis related headache

  12. 胃酸过多可以损伤黏液-碳酸氢盐屏障和粘膜屏障。

    Gastric hypersecretion might damage the mucus-bicarbonate barrier and the mucosal barrier .

  13. 小儿碳酸氢盐透析液的制备及临床应用

    The preparation and clinical application of the child bicarbonate dialysis liquid system

  14. 裂酸盐,析酸盐,释酸盐碳酸氢盐和醋酸盐血液透析结果比较

    Acid splitting salts comparison of dialysis with bicarbonate and acetate

  15. 那些含有碳酸氢盐或美白成分等有研磨作用的牙膏。

    Abrasive tooth pastes such as bicarbonate or whitening pastes .

  16. 无醋酸盐生物滤过中碳酸氢盐血液动力学的动态观察

    The hemodynamic changes of bicarbonate during acetate free biofiltration

  17. 适应性细胞保护作用与胃粘液-碳酸氢盐屏障的关系

    The relation between adaptive cytoprotection and gastric mucus-bicarbonate barrier

  18. 雌激素对小鼠十二指肠粘膜碳酸氢盐分泌的影响及其机制

    Effect of Estrogen on Duodenal Mucosal Bicarbonate Secretion in Mice and Its Mechanisms

  19. 目的:探讨无糖型碳酸氢盐透析液的配制及其临床应用。

    Objective : To study the preparation of glucose-free bicarbonate dialysate and its clinical application .

  20. 氨基胍碳酸氢盐的合成方法改进

    An Improved Synthetic Method for Aminoguanidin Bicarbonate

  21. 碳酸氢盐透析对血液酸碱、电解质及心电图影响的观察

    Observation of the influence of bicarbonate dialysis on the acidity , electrolytes in blood and the electrocardiogram

  22. 国产无醋酸碳酸氢盐血液透析的临床观察无醋酸盐碳酸氢盐血透对透析中头痛的影响目的探讨国产无醋酸碳酸氢盐血液透析液的效果。

    Objective To study the effect of hemodialysis with China made acetate free bicarbonate ( AFHO ) .

  23. 在水中以碳酸盐或碳酸氢盐形式存在的碳是光合作用的来源。

    In water , carbon , combined as carbonates and bicarbonates , is the source for photosynthesis .

  24. 钠、钾和氯与磷酸盐、碳酸氢盐在一起,起着维持体内稳衡的作用。

    Sodium , potassium and chloride , along with phosphates and bicarbonates , function to maintain homeostasis .

  25. 他们从从周围的海洋中和碳酸氢盐中吸收二氧化碳用于光合作用。碳酸氢盐俗称小苏打。

    They pulled CO2 from the surrounding seas for photosynthesis as well as bicarbonate - commonly known as baking soda .

  26. 高碳酸酸化预处理的心血管保护作用研究碳酸氢盐和醋酸盐血液透析结果比较

    The Protective Effect of Hypercapnic Acidosis Preconditioning on the Heart and Blood Vessel ; COMPARISON OF DIALYSIS WITH BICARBONATE AND ACETATE

  27. 方法:采用无糖型碳酸氢盐透析液组方,用于185例慢性肾功能衰竭患者进行血液透析。

    Methods : We used the prescription of glucose-free bicarbonate dialysate and applied it to hemodialysis for 185 chronic renal failure patients .

  28. 通过对韦2块采出水和腐蚀产物的分析以及对管材的分析,认为集输管线的腐蚀与水中硫化物含量高,以及碳酸氢盐较高,电导率高有关。

    Extracted water , corrosion product and tubing materical were analyzed . The main corrosive factor of oil gathering transportation pipeline was sulfide .

  29. 第一阶段,需氧烃降解微生物的活性增加,导致地层水碳酸氢盐和乙酸盐含量的增加;

    At the first stage , the activation of oxygen-hydrocarbon degrading microbes are reduced , which results in the increase of hydrocarbonate and acetic acid ;

  30. 方法:制备无糖碳酸氢盐透析液,用于我院小儿急性肾功能衰竭患者。

    Methods : Carbonic acid hydrogen salt dialysate without sugar was prepared for the child inpatients in our hospital with their kidney function crocked up .