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1)  C/air ratio
碳空比
1.
Discusses the influence of C/air ratio on ammonia synthesis system,regarding that the C/air ratio directly influences power consumption of the whole ammonia plant and that controlling suitable C/air ratio is especially important in practical production,and further demonstrates how Dahua controls C/air ratio under special conditions.
探讨碳空比对合成氨系统的影响,认为碳空比的高低直接影响整个合成氨装置的功耗,控制适宜的碳空比在实际生产中尤为重要。
2)  H20/∑C Ratio
水/碳比
3)  C/N ratio
碳氮比
1.
Study on influences of pH values and C/N ratio on denitrification via nitrite;
pH值和碳氮比对亚硝酸型反硝化影响的研究
2.
Effect of C/N ratio in cultivation medium on yield and quality of Coprinus comatus;
栽培料不同碳氮比对鸡腿菇产量和品质的影响
3.
Effect of C/N ratio and metal ions on production of urease by strain 9043C 12 Journal of Zhejiang Agricultural University;
碳氮比及金属离子对9043C12菌株产脲酶的影响
4)  water/carbon ratio
水碳比
1.
Research in the effects of water/carbon ratio variations on hydrogen production by partially oxidizing and reforming of gasoline;
水碳比变化对汽油氧化重整制氢影响的研究
2.
In order to prolong the service life of Primary reformer tubes,this paper discussed how to manage Primary reformer tubes according to process requirements and tube type,and puts forward proposals,concerning how to control temperature and water/carbon ratio,how to prevent pulverization and bridging of the catalysts,as well as how to strengthen the maintenance of the reformer tubes,etc.
内容涉及如何控制好温度、水碳比,防止催化剂架桥、粉化,加强对炉管维护等问题。
3.
Analyzes the control of water/carbon ratio before and after the performance examinatoin of 2700t/d urea plant,points out the key to water/carbon ratio control,presents the characteristics of desorption-hydrolysis plant,and summarizes the operating experiences relative to water/carbon ratio control.
分析日产2700t尿素装置性能考核前后水碳比控制情况,指出水碳比控制的关键所在,介绍解吸水解装置的特点,总结与水碳比控制有关的操作经验。
5)  new ratio of carbon to oxygen
新碳氧比
6)  FCH
碳氢比
1.
Experimental Study on FCH Formation Fluid Identification Technique;
碳氢比地层流体识别方法的实验研究
补充资料:废水碳/氮比
分子式:
CAS号:

性质:废水中有机碳与有效的固定氮(即NH4+,NO2-,NO3-等)的比率。用好氧生物氧化法进行废水处理时,常常以BOD:N:P来表达,通常认为其合适的比率为100:5:1。

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