1) fuel consumption
燃料耗量
1.
According to the theoretical analysis,the calculation method for fuel consumption of heating boiler room is obtained,and taking Dongying region for example,the fuel consumption of boiler room is calculated by programming with VB and VC++.
根据理论分析得出供暖锅炉房燃料耗量的计算方法,采用VB和VC++语言编程,以东营地区为例计算供暖锅炉房燃料耗量。
2) auxiliary fuel consumption
辅助燃料耗量
1.
By solving for dense phase zone and rarified phase zone heat balance equation obtained are the dense phase zone and rarified phase zone outlet incineration temperature as well as the formula for calculating auxiliary fuel consumption and incinerator efficiency.
通过求解密相区、稀相区热平衡方程，求得密相区和稀相区出口的焚烧温度，以及辅助燃料耗量和焚烧炉效率的计算公式，为设计流化床废液焚烧炉奠定了理论基础。
3) fuel
燃料
1.
Progress of fuels and chemicals production from syngas by anaerobic fermentation;
厌氧发酵合成气生产燃料和化学品研究的进展
2.
Application of surface active agent in diesel oil-water composite emulsified fuel;
表面活性剂在柴油-水乳化燃料中的应用
3.
Dimethyl Ether——a Cleaner Fuel for 21~(st) Century;
二甲醚——21世纪的一种清洁燃料
4) fuels
燃料
1.
Progress of manufacturing fuels from cracking waste plastics;
废塑料裂解制燃料的研究进展
2.
On the fire fatalness estimation of vehicle fuels in view of the basic physical and chemical characteristics;
基于理化特性的车用燃料着火危险性评价
3.
Liquefaction of Biomass as A Source of Liquid Fuels or Chemicals;
生物质液化制取液体燃料和化学品
5) fuel cycle
燃料循环
1.
Status and development of the thorium fuel cycle;
钍燃料循环的现状和发展
2.
In order to compare the advantages and disadvantages between natural uranium and slightly enriched uranium,and determine the most optimized slightly enriched(uranium) level,the fuel cycle cost,natural uranium consuming and high-level waste(accumulation) are studied for CANDU-6 reactor with various enriched level fuel.
为了比较稍加浓铀(SEU)与天然铀燃料的优劣,寻找最优的稍加浓铀富集度水平,本文利用WIMS-AECL和ORIGEN程序研究不同富集度的CANDU-6堆燃料在燃料循环成本、天然铀消耗量、高放废物积累等方面的表现。
6) raw material and fuel
原燃料
1.
Aiming at the condition of actual raw material and fuel for No.
莱钢2#1 000 m3高炉针对目前原燃料条件,优化筛分工作和炉料结构,通过更换振筛和改良振筛工作方式,将入炉粉末降至3%;通过加强块矿筛分及上下部制度调整相结合,改善了高炉透气性,燃料比降至515 kg/t;通过合理利用小焦块,提高了焦炭利用率,使高炉稳定顺行状况良好。
参考词条
补充资料：耗氧量
耗氧量
单位时间内组织消耗的氧气量。如单位时间内心肌消耗的氧气量，称之为心肌耗氧量。心肌耗氧量很大。成年人心脏重量约300g，但其耗氧量却占全身耗氧的1／10。其原因一方面是由于心脏工作量大，另一方面是由于心肌能量来源主要 依赖于氧化分解脂肪，而脂肪的氧化分解所需要的氧比分解糖所需要的氧更多。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。