1) hypercapnic
高碳酸
1.
Effects of caffeine on diaphragmatic fatigue induced by hypoxic,hypercapnic acidosis in rat;
咖啡因对低氧高碳酸性大鼠膈肌疲劳的影响
2.
Model of diaphragmatic fatigue in vitro induced by hypoxic, hypercapnic acidosis;
低氧高碳酸性离体膈肌疲劳模型的建立
2) Hypercapnia
[英][,haipə'kæpniə] [美][,haɪpɚ'kæpnɪə]
高碳酸血
1.
Effects of Experimental Hypercapnia on Oleic Acid-induced Acute Lung Injury Models;
实验性高碳酸血症对油酸致急性肺损伤动物模型影响的研究
2.
The sheep were in apnea for 5-8 min with hypercapnia after adjusting the settings of ventilator.
麻醉后气管插管,应用呼吸机,分别于右颈内静脉和股静脉插管,调整呼吸机使实验羊窒息5～8min,建立高碳酸血症模型。
3.
Objective: To investigate the possibility and security of weaning from mechanical ventilation (MV) in chronic obstructive pulmonary disease (COPD) patients with hypercapnia.
目的:探讨慢性阻塞性肺病(COPD)呼吸衰竭机械通气患者在高碳酸血症状况下撤机的可行性和安全性。
4) high purity strontium carbonate
高纯碳酸锶
1.
Development of high purity strontium carbonate for posistor;
正温度系数热敏电阻器用高纯碳酸锶的研制
2.
Evaluation methods and production control measures for particle size of high purity strontium carbonate;
高纯碳酸锶粒径的评价方法与生产控制手段
3.
The preparation of the high purity strontium carbonate by green chemical method from the celestite;
天青石绿色化学法制备高纯碳酸锶
5) high-purity manganese carbonate
高纯碳酸锰
1.
Preparation of high-purity manganese carbonate by leaching manganese ore with sulfur dioxide;
二氧化硫浸锰制备高纯碳酸锰
2.
A study on prepapation of high-purity manganese carbonate from mangeniferous weste water;
含锰废水制备高纯碳酸锰的研究
3.
As to the problem that the electrolytic manganese anode solution produced from the absorption solution of wet flue gas desulfurization with pyrolusite pulp can't be recycled,we think this topic is on obtaining high-purity manganese carbonate form the electrolytic manganese anode solution through removing the impuritity,carbonization crystallizing,removing calcium,natrium,and sulphate.
总之,以电解锰的阳极液为原料,生产高纯碳酸锰在技术上是可行的,工艺上是合理的,经济效益是可观的。
6) high-purity calcium carbonate
高纯碳酸钙
1.
A technological study for producing high-purity calcium carbonate by a recycling process;
循环法制备高纯碳酸钙工艺研究
补充资料：高碳酸血症
高碳酸血症
hypercapnia
血浆的碳酸(H2CO3）原发性增高所致，多见呼吸性酸中毒时。通过机体的自身调节使H+大量进入细胞内而K+排出细胞外，进入细胞内的H+可被细胞蛋白所缓冲。肾脏代偿性作用表现在产氨、H+分泌和NaHCO3的重吸收显著增多。大量H+继以随尿排出，从而使血浆HＣＯ3-有所提高，此时血浆PCO2升高，pH值低于正常。
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