通过试验数据的分析处理，获得了四种渣油焦化反应行为的若干基本特征。
Some basic characteristics of coking reaction behavior for fourresidua were obtained by treatment of experimental data.
因原油产地、加工方法等不同，减压渣油延迟焦化反应产物的分布及组成差异较大。
The coking product distribution and composition of the various vacuum residues are very different because these vacuum residues come from various oil fields and refined ways.
当这些食物经高温烹调时，常会形成硬痂和焦化反应，但是丙烯酰胺会发生戏剧性的变化结果，而这都是与生产商有关的。
What these production foods had in common was high-temperature cooking which formed a crust or browning reaction. The acrylamide issue has had dramatic consequences for the manufacturers involved.
通过热解重量天平（10）进行测量，在梁（20）的一个端部处支承 用于催化气态焦油的焦化反应的催化体（30）。
The measurement is carried out by means of thermogravimetry scales (10) including at on one end of a beam (20) a catalyst body (30) of a coking reaction of the tars at the gaseous state.
还从理论和技术上，分析比较了减压渣油和催化裂化油浆在焦化反应中的产品收率分布的区别，支持了经济效益的分析结论；
The differences in product yields and slates of processing vacuum residue and FCCU slurry in delayed coking are analyzed, which support the conclusion of economic analysis.
在实验室小型固定床反应器上，以焦化汽油轻馏分为原料，进行了混合烯烃的叠合反应。
The oligomerization test of mixed olefins in light coke gasoline was carried out in a fixed bed reactor.
通过对噻吩的氯甲基化反应的温度与原料配比的考察表明，焦化苯中的噻吩可完全转化为噻吩聚合物。
The investigation on thiophene to chloromethylation reaction temperature and feedstock blending proportion shows that thiophene in coking benzene can completely convert into thiophene polymer.
以物质A为反应物，白土为脱色物质，研究用反应-吸附的方法提高焦化柴油的质量。
A coking gas oil was treated by clay refining processs in laboratory. Then the oil reacted with a substance a.
传统焦化废水生化反应器存在难降解有机物矿化困难和氨氮去除不彻底两大问题。
It is difficult to remove persistent organic compounds in coking wastewater and ammonia in traditional bioreactors.
建立逆向气液喷淋反应塔，利用焦化废水进行烧结烟气脱硫试验研究。
A spray tower was built, and experiment was carried out on desulfurization of sintering flue gas with coking wastewater.
焦化在循环流化焦炭细粒上的薄膜内进行，焦炭细粒在反应器内被上升的气体产物搅动。
Coking occurs in a thin film on circulating, fluidized, seed coke agitated by rising gaseous products in the reactor.
结果表明：首先采用碳钢屑-活性炭混合床反应器可以有效地去除焦化废水中的COD，其去除率能够达到80%左右。
It was found that carbon steel scraps and active carbon mixed reactor effectively removed COD in coking wastewater and the removal rate of COD was up to 80%.
用固定床连续流动微反装置，以辽河焦化蜡油为反应原料，考察了催化剂的加氢精制性能。
The hydrotreating performance of catalysts was also examined in a fixed-bed continuous-flow micro-reactor, using CGO from the Liaohe Oilfield as feedstock.
用固定床连续流动微反装置，以辽河焦化蜡油为反应原料，考察了催化剂的加氢精制性能。
The hydrotreating performance of catalysts was also examined in a fixed-bed continuous-flow micro-reactor, using CGO from the Liaohe Oilfield as feedstock.
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