1) CO content
CO含量
1.
It plays a decisive role to control CO content in synthesis gas for ammonia output and stable operation of ammonia plant.
CO是氨合成催化剂的主要毒物,控制合成气中CO含量对氨产量以及氨合成装置的平稳运行有着举足轻重的作用,结合生产实际分析合成气中CO含量超标的原因,提出CO含量超标的解决措施。
2.
Using Gleeble-1500D thermal simulation equipment, the effect of Co content on the low temperature combustion synthesis process of W-C-Co system and microstructure features of the products are studied.
采用Gleeble-1500D热模拟机,研究了电场作用下Co含量对W-C-Co体系低温燃烧合成过程和产物显微结构特征的影响。
3.
The effects of various Co content on the phase structure and the electrochemical properties of RENi4.
系统地研究了Co含量对RENi4。
2) cobalt content
Co含量
1.
Influence of cobalt content on Ni-MH batteries;
Co含量对MH-Ni电池性能的影响
2.
With cobalt content increasing,the saturation magnetization of the glass-coated amorphous Fe79-xCoxSi8B13 microwires increases firstly and then decreases.
研究结果表明,玻璃包覆Fe79-xCoxSi8B13非晶合金微丝存在明显的磁各向异性,微丝轴向为易磁化方向;随着Co含量的增加,微丝的饱和磁化强度先增大后减小,Co含量为10%的Fe69Co10Si8B13非晶合金微丝饱和磁化强度最高,为1323emu·cm-3;对于玻璃包覆Fe69Co10Si8B13非晶合金微丝,当芯丝半径与玻璃包覆层厚度比值k约小于0。
3) decreace of CO content
CO含量降低
4) CO content of flue gas
烟气中CO含量
1.
According to method of theory combining experiment,this paper designed burner with air hole in v-slat,resolved problem which are CO content of flue gas in instability,yellow tip and light back at small load ,bigger dB at quenching of a flame and overheat on surface of burner about domestic gas instantaneous water heater,and the burners and water heaters were validated by the prototypes.
以理论和实验相结合的方法 ,对空气槽孔燃烧器进行了开发研究 ,较好地解决了家用燃气快速热水器烟气中CO含量不稳定 ,小负荷时黄焰、回火 ,熄火噪音大 ,表面过热等问题 ,并以实验样机对燃烧器和热水器整机进行了验
5) content change of oxygen and carbon monoxide
O_2和CO含量变化
6) creation quantity of CO
CO生成量
补充资料：血浆CO2含量
血浆CO2含量
total plasma CO2 co?ntent,T?CO2
厌氧条件下，静脉血的血浆中以各种形式存在的CO2总含量，其中包括HCO-3〓〓〓〓〓〓24mmol／LRNHCOO017mmol／LCO-3003mmol／LCO2(溶解)12mmol／LH2CO3(水解)00017mmol／LHCO-3占95%以上，而HCO-3即为实际重碳酸盐，故T?CO2基本反映HCO-3的数量。HCO-3是血液的主要缓冲组合，占总缓冲组合的35%，而且它还具有通过呼吸调节酸碱度的灵活性和高效性，在血液酸碱平衡中起重要作用。所以，T?CO2与其说它反映通气，还不如认为它是机体酸碱平衡的定性和(或)定量指标更为确切。
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