1.(2) The particles of FBC ashes are irregular and loose textured, which are significantly different from those of PC fly ashes that are spherical and coMPact, so the requirement of water consistence of FBC fly ashes is much higher than that of PC fly ash, and the water absorption of FBC bottom ashes is very high.
(2)固硫灰渣的颗粒形貌极其不规则且疏松多孔,与粉煤灰的致密球状颗粒有很大差异,导致固硫灰的标准稠度用水量比粉煤灰高很多,固硫渣的吸水率也很高。
2.(3) It is for the first time to analyze the polymerization degree of [SiO4] and [AlO6] of FBC ashes by IR,and the results show that the polymerization degree of [SiO4] and [AlO6] of FBC ashes is lower than that of PC fly ashes, especially the former.
(3)首次用红外光谱对固硫灰渣的硅酸盐阴离子聚合度进行了分析,发现固硫灰渣[SiO4]和[AlO6]聚合度均低于粉煤灰的,尤其是[SiO4]。
3.The reduction of CO2 emission originated from the saved cement clinker, is equal to the total CO2 emission of a 10 t/h boiler when all ashes from a 35 t/h FBC boiler are used as cement mixture instead of common ashes from lime kilns. The pollution of ashes will be avoided.
研究结果表明，一台35 t/h石煤流化床锅炉排出的灰渣全部用作水泥混合材，在消除灰渣污染的同时，由于流化床灰渣活性好，比一般石灰窑灰渣多掺而使水泥熟料用量减少带来的CO2减排量与一台10 t/h锅炉的CO2排放量相当。
4.Mr. Ralph Spencer, the phoenix that arose from Jimmy Valentine’s ashes—ashes left by the flame of a sudden attack of love—remained in Elmore and prospered.
拉尔夫·斯宾塞先生，这只由基米·范林丁的灰烬中再生的凤凰——灰烬是由突然袭来的爱情之火燃成的——在爱尔摩定居下来了，并且取得了成功。
5.The difference between the reactivity of FBC ashes and that of PC fly ashes are investigated by XRD, SEM.
在利用XRD、SEM微观分析手段对固硫灰渣研究的基础上,揭示了固硫灰渣与粉煤灰的活性差异来源;
6.Compute the 95% believable interval of indexes according to the measured data of 10 batches of samples, and provide the lowest contents of all indexes as well as the highest contents of water, total ashes and acid-insoluble ashes combining the actual production.
进行了栀子饮片的中试生产验证,结合生产实际,确定了栀子饮片的规范化生产工艺流程和工艺参数,用中试产品进行质量标准研究。 分别测定10批样品中栀子苷、鞣质、水浸出物和醇浸出物含量,计算其95%可信区间,结合生产实际,规定了各指标成分的最低限量;
7.In “Book of Ashes” a massive needle traces tentative lines through ashes on a metal plate.
在《灰烬之书》中，一枚巨大的针在一块附有灰尘的金属盘上生硬艰涩地划动着。
8.(5) The reactivity of FBC ashes is higher than that of PC fly ashes for the differences in morphology/granulometry and mineral composition.
(5)固硫灰渣的火山灰活性高于粉煤灰,这种活性差异主要来源于其矿物组成与颗粒形貌。
9.Microstructures of fluidized bed combustion(FBC) ashes and pulverized coal(PC) ashes were measured by X-ray diffrac-tion,infrared spectroscopy and scanning electron microscope.
用X射线衍射、红外光谱和扫描电镜研究流化床燃煤固硫灰渣(简称固硫灰渣)的微观结构。
10.Reaction ratio of fly ash in fly ashCa(OH)_(2)H_(2)O system was measured by acid dissolution method, which was used for evaluation of pozzolanic reactivity of low-limed fly ashes. On this basis, the kinetics model of pozzolanic reaction of low-limed fly ashes was established.
通过酸溶法测定了粉煤灰Ca(OH)2H2O系统中粉煤灰的反应率,以此来评估不同品质低钙粉煤灰的火山灰反应性,并据此建立了低钙粉煤灰火山灰反应的动力学模型。
