unburned carbon中文是什么意思

发音:

用"unburned carbon"造句"unburned carbon"怎么读"unburned carbon" in a sentence

中文翻译手机版

未燃碳

"carbon"中文翻译 n. 1.【化学】碳。 2.【电学】碳精棒[片、粉]；碳 ...
"unburned carbon in flue dust" 中文翻译 : 烟灰中未燃碳
"unburned carbon in sifting" 中文翻译 : 筛屑中未燃碳
"unburned carbon in slag" 中文翻译 : 炉渣中未燃碳
"unburned carbon loss" 中文翻译 : 未燃尽碳损失
"unburned" 中文翻译 : 未燃的; 未燃烧的; 未燃透的; 未烧过的
"unburned brick" 中文翻译 : 不烧砖; 未烧的砖; 砖坯
"unburned charge" 中文翻译 : 未燃烧混合物
"unburned clay" 中文翻译 : 未烧粘土
"unburned combustible" 中文翻译 : 未燃尽的可燃物
"unburned fuel" 中文翻译 : 未燃燃料; 未燃烧的燃料; 未燃烧汽油; 未燃烧燃料
"unburned gas" 中文翻译 : 未燃气体; 未燃烧气体
"unburned hydrocarbon" 中文翻译 : 未燃烃
"unburned material" 中文翻译 : 夹生料
"unburned mixture" 中文翻译 : 未燃烧混合物
"unburned motor" 中文翻译 : 未烧尽燃料的发动机
"unburned part" 中文翻译 : 未燃部分
"unburned pellets" 中文翻译 : 未焙烧球团矿
"unburned refractory" 中文翻译 : 不烧耐火材料; 未烧耐火材料
"unburned refuse" 中文翻译 : 不可燃垃圾; 未燃烧垃圾
"unburned side" 中文翻译 : 未燃烧侧
"unburned stopper" 中文翻译 : 不烧塞头
"ubhc unburned hydrocarbons" 中文翻译 : (发动机中)未燃尽的碳氢化合物; 未燃尽的碳氢化合物
"unburned hydro carbons" 中文翻译 : 未燃碳氢化合物
"carbon" 中文翻译 : n. 1.【化学】碳。 2.【电学】碳精棒[片、粉]；碳精电极。 3.(一张)复写纸。 4.复写的副本。 a carbon of a letter 一封信的副本。

例句与用法

Real - time target value determination for the unburned carbon mass fraction in fly ash based on case - based reasoning technology
运用事例推理技术确定飞灰含碳质量分数实时目标值
T . c . esusele and s . k . kawatra , “ use of froth flotation to remove unburned carbon from fly ash ” , mineral processing and extractive metallurgy review , vol . 23 , pp . 1 - 10 , usa , 2002
余泉茂，利用浮选法从粉煤灰中提碳提高粉煤灰质量的研究，南昌大学学报(工科版) ，第23卷，第3期，第82 ~ 104页， 2001 。
This paper applied a new method to measure the unburned carbon content in fly ash of pulverized coal - fired boiler on line , and developed a microwave analyzer of flue type to determine the carbon content of fly ash
本文提出了一种在线测量燃煤锅炉中飞灰含碳量的方法，开发研制了烟道式飞灰含碳量微波测量系统。
Aimed at solving the problem that high content of unburned carbon is unfavourable for the comprehensive ultilization in scale of fly ash , the fundamental principle that separation of unburned carbon from fly ash is theoretically analyzed by wet flotation and dry electro - separation , three factors and two levels orthogonal test for flotation and two factors and three levels test for electro - separation were conducted , furthermore , the primary factors and law affecting separating efficiency in flotation and electro - separation were obtained . the results show that wet flotation can give 7 . 34 % of the cleaned coal yield rate , which contains 44 . 53 % of ash content and 56 . 02 % of separating efficiency , while dry electro - separation can reduce the content of carbon in separated fly ash to 3 . 16 % and remove 53 . 12 % of carbon from fly ash
针未燃炭含量过高不利对粉煤灰大规模综合利用的问题，从理论上分析了粉煤灰湿法浮选和干法电选分选未燃炭的基本原理，进行了三因素二水平正交浮选试验和二因素三水平的正交电选试验研究，得到了影响浮选和电选分选效果的主要因素及其规律.试验表明:采用湿法浮选法可获得精煤产率为7 . 34 % ，灰分为44 . 53 % ，分选效率为56 . 02 %的分选效果；采用干法电选，选后粉煤灰的含碳量可降到3 . 16 % ，脱碳率达53 . 12 %
Abstract : aimed at solving the problem that high content of unburned carbon is unfavourable for the comprehensive ultilization in scale of fly ash , the fundamental principle that separation of unburned carbon from fly ash is theoretically analyzed by wet flotation and dry electro - separation , three factors and two levels orthogonal test for flotation and two factors and three levels test for electro - separation were conducted , furthermore , the primary factors and law affecting separating efficiency in flotation and electro - separation were obtained . the results show that wet flotation can give 7 . 34 % of the cleaned coal yield rate , which contains 44 . 53 % of ash content and 56 . 02 % of separating efficiency , while dry electro - separation can reduce the content of carbon in separated fly ash to 3 . 16 % and remove 53 . 12 % of carbon from fly ash
文摘:针未燃炭含量过高不利对粉煤灰大规模综合利用的问题，从理论上分析了粉煤灰湿法浮选和干法电选分选未燃炭的基本原理，进行了三因素二水平正交浮选试验和二因素三水平的正交电选试验研究，得到了影响浮选和电选分选效果的主要因素及其规律.试验表明:采用湿法浮选法可获得精煤产率为7 . 34 % ，灰分为44 . 53 % ，分选效率为56 . 02 %的分选效果；采用干法电选，选后粉煤灰的含碳量可降到3 . 16 % ，脱碳率达53 . 12 %