查询词典 paraffin oil

According to the different properties of edible oil and paraffin,a series of researches on the paraffin in bottom material of chafing dish were carried out by various qualitative analysis methods.

根据石蜡与食用油脂性质的差异，采用了各种定性检测方法对火锅底料中的石蜡定性检测进行了一系列研究。

This standard is applied to crude paraffin which is made of raw material with oil paraffin and is diaphoresised or de-oiled not by decolor.

本标准适用于以含油蜡为原料，经发汗或溶剂脱油，不经精制脱色所得到的粗石蜡。

Leveling agent O-25, emulsifier O series, Emulsifier MOA series, Emulsifier TX, OP; polyoxyethylene castor oil EL, polyoxyethylene fatty acid ester LAE, SG; emulsifier Span, Tween series, Poly ethylene glycol fatty acid ester; pesticide emulsifier, paraffin wax emulsifier, palm wax emulsifier, emulsifier butter, dimethyl silicone oil emulsifier, amino oil emulsifier, white oil emulsion, kerosene emulsion; PGA diol PEG series, polypropylene glycol PPG series, propylene glycol polyether block, Penetrant series; alcohol, phenol ether phosphate; antistatic agent series textile series of pre-treatment level dyeing auxiliaries agent series Softener series

匀染剂O-25，乳化剂O系列，乳化剂MOA系列，乳化剂TX，OP；蓖麻油聚氧乙烯醚EL，脂肪酸聚氧乙烯酯LAE、SG；乳化剂司盘、吐温系列，聚乙二醇脂肪酸酯；农药乳化剂，石蜡乳化剂，棕榈蜡乳化剂，牛油乳化剂，二甲基硅油乳化剂，氨基硅油乳化剂，白油乳化剂，煤油乳化剂；聚乙二醇PEG系列，聚丙二醇PPG系列，丙二醇嵌段聚醚，渗透剂系列；醇、酚醚磷酸酯

The macroscopic rheological parameters and microstructure parameters were closely related, it is helpful to explain the essence of multiple rheological properties through the analysis of which the wax evolution process and microstructure of the crude oil which is waxy and high viscosity; the yield time of gelled waxy crude oil monotone increases along with the decreasing of rate of shear (the time of stress effect prolonged), there was power function relationship between them, it can be expressed with ; when adding diesel oil to Sudan crude oil, dilute proportion bigger the eccentricity degree of paraffin particles were bigger too, that was to say the symmetry of wax crystal was better, the wax crystal form fabric more hardly when the intermolecular interaction was smaller; in the light of macroscopica, the fall extent of the abnormity temperature, solidifying point and viscosity could be larger along with the accretion of dilute proportion, as a result, it's rheological properties could be improved.

SD原油析蜡点为94℃，析蜡高峰为50～30℃，异常点为40℃；其蜡晶颗粒细小、对称性差，所以具有较大的比表面能，容易形成联生、联锁结构；损耗角曲线与储能模量曲线或损耗模量曲线的交点所对应的温度与原油凝点或倾点温度非常接近，大约在39℃左右；也就是说，含蜡原油粘弹特性曲线的交点可以表征其流动性；原油宏观流变参数与微观结构参数密切相关，原油析蜡过程及蜡晶微观结构分析有助于诠释易凝高粘原油多重流变特性的本质；胶凝含蜡原油的屈服时间随剪切速率的降低而单调增加，二者显然存在幂函数关系，可用关系式描述；当SD原油加柴油稀释处理时，稀释比越高，蜡晶颗粒的偏心度也越大，亦即蜡晶对称性越好，分子间作用力越小，蜡晶颗粒越不易形成结构，宏观表现为异常点、凝点及表观粘度等流变参数下降的幅度越大，流动性越好。

The influencing factors on paraffin deposition in oil flowing process and the mechanism of paraffin deposition are studied.

对含蜡原油在井筒流动过程中蜡沉积影响因素进行了分析，研究了石蜡的沉积机理。

mechanisms of paraffin deposition in oil production wells, mechanisms of paraffin depositing inhibitors

在原油开采过程中，蜡的沉积物除含有上述烷烃外，还含有不等量的胶质、沥青

It is a new production for oil well paraffin inhibition, which discard the disadvantage of the past paraffin inhibition.

该技术是针对原油生产过程中，油井结蜡影响正常生产而研制开发的新一代油井防蜡降凝产品，它摈弃了以往各种清防蜡措施施工繁琐和费用较高的缺点，不仅现场施工简单、费用低，而且在 1个周期内不用任何维护。

The mechanism of TIPS was analyzed. The performance and structure of iPP membrane made by soybean oil, liquid paraffin, solid paraffin and DPE respectively were studied.

对iPP-豆油体系结晶动力学的研究为热致相分离制膜条件的确定以及膜微观结构的调整提供了理论指导。

Paraffin and palm oil Paraffin is a waxy hydrocarbon, without any smell.

石蜡、棕榈蜡是石蜡油烃、无异味。

Research results of C atomicity in paraffin hydrocarbons show the linear paraffin hydrocarbons （from Tetradecane to Heptadecane） are almost burned up at lower loads, and some components of the SOF are not directly from fuel, but from lubricant oil or middle polymerization products of fuel.

SOF烷烃碳原子数分布的研究表明，低负荷工况下，燃油中易燃的正十四烷～正十七烷的绝大部分被烧掉，SOF中有些成分不是直接来自燃油，而是来自润滑油或燃油聚合反应的中间产物：高负荷工况下，供油量较多导致一部分正十四烷～正十七烷来不及燃烧就排出机外，SOF中还有些成分则是燃油高温裂解的产物。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。