1) SOF
可溶有机组分
1.
The combustion mechanism of two types of diesel soot containing different amounts (8?w/% and 25?w/%) of Soluble Organic Fraction (SOF) is described.
论述了两种可溶有机组分含量(8w %,25w %)的柴油机油烟的燃烧机理。
2.
The emphasis focuses on the effect on DS and SOF.
重点分析了乙醇地加入对微粒中干碳烟(DS)和可溶有机组分(SOF)的影响。
2) Soluble organic fraction
有机可溶组份
3) dissipated soluble organic matter
分散可溶有机质
1.
In this paper,the defining process of dissipated soluble organic matter is summarized,the occurrence conditions and generation approaches are analyzed and the effective abundance lower limit is pointed out.
天然气形成具有多源性,以天然气直接母源赋存状态分类为基础,厘定了主要气源分散可溶有机质的概念。
4) soluble organic fraction
有机可溶成分
1.
The soluble organic fractions in diesel exhaust particulates were classified into organic bases,organic acids,aliphatic compounds,aromatic compounds,moderately polar neutral compounds and highly polar neutral compounds by silica gel column chromatography and chemical methods,and the percentage of these organic compunds and the recovery of soluble organic fractions were measured.
采用柱层析和化学方法将柴油机颗粒有机可溶成分按化学和物理性质分为有机碱、有机酸、脂肪类有机物、芳烃化合物、中极性有机物、高极性有机物 6大类 ,并测定这些有机物质的百分组成及回收率 。
2.
The soluble organic fractions (SOF),anions and metal cations in the exhaust particulates from two types of diesel engines (DI diesel engine and turbulence chamber diesel engine) ,which met the EUROⅡemission standard, were measured with ICP-MS,ion chromatography and physical and chemical methods.
采用等离子发射光谱 质谱联用仪、离子色谱仪和物理化学方法,对直喷式和涡流室式两种达到欧Ⅱ排放水平的轻型车用柴油机颗粒物的有机可溶成分、金属阳离子、阴离子进行定性和定量分析,并确定了柴油机颗粒物的成分谱图。
5) SOF Soluble Organic Fraction
可溶有机成分
6) Soluble constituent
可溶组分
补充资料：有机覆层:有机覆层
在基体材料表面覆以有机材料的材料保护层。在机械製造中﹐有机覆层的绝大部分是涂装层﹐或称油漆层。此外﹐也有用橡胶或塑料作为覆层的。需要抗酸﹑硷和抗腐蚀性气体和液体的钢铁件﹐常用厚约 3毫米的橡胶(如氯丁橡胶)或塑料(如氯化亚乙烯共聚物)黏在表面﹐可长期保护基体不受腐蚀。这种覆层主要用在大型抗蚀容器或排气系统中。埋在土壤中的金属构件﹐常以聚乙烯带包裹保护。在喷鉬或喷不锈钢的表面上涂覆聚四氟乙烯﹐在150℃温度下摩擦係数很低﹐磨损轻微﹐适於製造低载荷和要求高度清洁的滑动轴承﹐或用在食品﹑精细包装和纺织机械上。各国的Du﹑Dx轴承都是以塑料与金属复合製成的。通过静电喷涂将环氧树脂﹑氯化聚醚﹑聚四氟乙烯以及聚氯乙烯等塑料粉末涂覆在金属表面﹐可获多种抗化学腐蚀性极好的覆层﹐可用於输水﹑污水处理和海洋平台的设备上。有机覆层在辉光放电情况下﹐有机单体可以聚合成无针孔的有机膜﹐用作电容器的介质层。
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