1) heat consumption rate
耗率
1.
8117-87 and the latest industrial standard IAPWS-IF97, the calculation relational expression of heat consumption rate of 600MW unit based on "reversed equilibrium" is deduced, then a visual program is made to calculate the heat consumption rate, the calculation result is well in accord with the data from the manufacturer, and has practical value for the thermal test in Power Plant.
根据国家标准GB8117-87与国际最新水和水蒸汽热力性质计算公式,采用反平衡方法推导国产600MW汽轮机组热耗率的计算关系式,并以此编制可视化程序进行了计算,计算结果与汽轮机厂家提供的热力特性参数吻合较好,对电厂热力测试具有较强的实用价值。
2) attrition loss
磨耗率
1.
The results indicate that with its close structure, the commercial FeO based catalysts of various particle size have a relatively low attrition loss.
结果表明:FeO基催化剂结构紧密,各种粒度的工业催化剂机械磨耗率都较低;机械强度随FeO相的增多而提高,纯FeO相的磨耗率最低;Fe2+∶Fe3+比值在3。
3) Consumption rate
消耗率
4) heat consumption rate
热耗率
1.
The economic analysis and comparison of two modes show that the use of steam-driven feed pumps in 200 MW and larger units can reduce net heat consumption rate and increase the output of the unit.
文章通过对汽动方案与电动方案进行经济性对比分析, 得出了对于200 MW以上的机组,小汽轮机驱动给水泵节约了厂用电,降低了发电净热耗率,增大了主机的出力,降低了综合成本煤耗率,使机组的运行经济性得到了明显提高。
2.
Through the technical modernization of LPturbine,to reduce the heat consumption rate about 282.
分析漳泽发电厂K—215—130—1型汽轮机热耗大、经济性差的原因,通过低压缸技术改造,在额定工况下可降低整机热耗率约282。
5) Heat rate
热耗率
1.
According with ASME standard,from benchmark flux choose,the influence of system inner-leakage and outer-leakage,causes are analyzed on errors of the heat rate results in power plant process report,also countermeasures are put forwards.
根据ASME标准,从基准流量的选择,系统工质内漏、外漏的影响等方面,对发电企业生产报表中热耗率计算结果存在偏差的原因进行了详细的分析,并给出改进建议。
2.
From the aspects of the reference flow, internal leak-off flow and external leak-off flow of unit, the root of the approximate results in heat rate calculation is analyzed, and the suggestion to improve advice is given.
发电企业生产报表中热耗率指标的计算缺乏明确标准依据,其计算结果的近似性是导致发电厂正、反平衡煤耗数据不统一的重要因素之一。
3.
Through the discussions on the calculation relational expression of heat rate.
通过对热耗计算式的讨论,归纳分析了影响机组热耗率的因素,简要介绍了运用反平衡方法计算热耗率的步骤。
6) specific heat consumption
热耗率
1.
In the event of reducting load in operation of ultra-supercritical units to 60% of their rated load, the specific heat consumption of said units will be lower than that of supercritical 600 MW units under rated operating condition; in case the.
超超临界机组运行负荷降低至60%额定负荷时,其热耗率将低于超临界600MW机组额定工况时的热耗率;超超临界机组负荷低于40%额定负荷时,其热耗率设计值将低于亚临界300MW、600MW机组额定工况时的热耗率;超超临界机组在低于60%额定负荷后,热耗率出现加速上升的趋势。
参考词条
补充资料：耗油率
发动机产生 1牛推力或 1千瓦功率时 1小时所消耗的燃油量（公斤），又称单位燃油消耗量，其单位为公斤/牛·时或公斤/千瓦·时。发动机耗油率随飞行高度、速度和工作状态不同而改变。通常用海平面静止条件下最大或额定状态时的耗油率作为评定发动机经济性的重要指标。 现代涡轮喷气发动机的耗油率为0.08～0.1公斤/牛·时(0.8～1.0公斤/公斤力·时)；小流量比涡轮风扇发动机约为0.05～0.07公斤/牛·时;大流量比涡轮风扇发动机可低至0.028～0.04公斤/牛·时；以上两类发动机加力时耗油率约为0.2公斤/牛·时；涡轮螺旋桨发动机和涡轮轴发动机的耗油率按当量功率计算为0.27～0.40公斤/千瓦·时（0.2～0.3公斤/马力·时）。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。