含氧化合物

虽然美国环境保护协会（EPA）有关更新含氧化合物标准（ROS）的新提案，未列为正式报告的内容，但仍是会场内外讨论的热点。

Though the U. S. EPA 's proposed renewable oxygenate standard ( ROS ) was not a part of the formal presentations , ROS was still a focal point of the annual meeting .

汽油机燃用汽油-含氧化合物混合燃料时的燃烧特性研究

Combustion Characteristics of Gasoline Engine Fed by Gasoline Oxygenate Blends

几种C3含氧化合物的真空紫外光电离及燃烧研究

Studies on VUV Photoionization and Combustion of Some C_3 Oxygen-Contained Compounds

在超临界相条件下由合成气合成C2含氧化合物反应的研究

Synthesis of C_2 Oxygenated Compounds from Syngas in Supercritical Phase

C2含氧化合物的选择性有待进一步提高。

The selectivity towards C2 oxygenates should be improved .

铑基催化剂上CO加氢制备C2含氧化合物的研究

Investigation of CO Hydrogenation on Rh-based Catalysts for the Synthesis of C_2-oxygenates

关于Rh/VOCl2/SiO2催化剂上C2-含氧化合物的生成诱导期

Study on the induction period of c_2-oxygen containing compounds formation over rh / voci_2 / sio_2 catalyst

CO2催化加氢合成醇、醚等含氧化合物的Cu基催化剂及其机理研究

Study on Catalytic Hydrogenation of CO_2 to Oxygenated Compounds over Copper-based Catalysts

溶胶-凝胶法制备的铑基CO加氢制C2含氧化合物催化剂

Study on sol gel derived RH based catalysts for synthesis of c_2 oxygenated compounds through CO hydrogenation

CeO2担载的Cu和Pt催化剂上低碳含氧化合物完全氧化反应的研究

Studies on the Complete Oxidation of Low-Carbon Oxygenates Over CeO _2-Supported Cu and Pt Catalysts

随着热解温度的升高，生物油中含氧化合物组分减少，芳香化合物的组分增加，热解温度的升高促进了化学键的断裂，形成更多的H2和CO等。

With the temperature increasing , oxygen-containing compounds in bio-oil decreased , while aromatic compounds increased .

Rh/V2O3催化剂上合成二碳含氧化合物的选择性的研究

Study on the selectivity for the synthesis of c_2-oxygen compounds from Syngas over rh / v_2o_3 catalysts

GC－AED法和多维GC法测定汽油中含氧化合物的比较

Comparison of GC-AED and Multi-Dimensional GC Methods for Determining Oxygenates in Gasoline

用GC/MS对FCC汽油中的碳氢化合物和含氧化合物等组分进行详细的定性分析。

GC / MS was performed to qualitative analysis of hydrocarbons and oxygenic components in FCC gasoline .

联合应用柴油-含氧化合物混合燃料和推迟供油，可以实现碳烟和NOx的同时下降。

Combination by postponing fuel injection timing and using diesel-oxygenate blends can reduce smoke and NOx simultaneously .

首次把超临界相引入到合成气合成C2含氧化合物反应中。

Catalytic synthesis of C 2 oxygenated compounds from syngas in supercritical phase was reported .

活性氧（reactiveoxygenspecies，ROS）是生物体内一类活性含氧化合物的总称，主要包括超氧阴离子、羟自由基和过氧化氢等。

Reactive oxygen species ( ROS ) are those oxygen-containing molecules in the forms of super-oxide anion , hydroxyl radicals and hydrogen peroxide which appear more reactive than molecular oxygen .

CH4-CO2两步反应直接转化合成含氧化合物的研究

Study on Direct Conversion of CH_4-CO_2 to Oxygenated Compounds by Two-Step Reaction Sequence

饱和C-H键的氧化是合成有机含氧化合物的重要方法。

The oxidation of saturated C-H bond is an important technical method to obtain oxygenous organic compounds .

对于CO2加氢反应，短接触可使含氧化合物的生成速率和选择性得到显著提高。

When the short contact reaction was applied to hydrogenation of CO 2 , the formation rate and the selectivity for the aimed products such as methanol and ethanol were both raised .

从长远发展看，应开发基于C1烃类及含氧化合物各种工艺技术和生物催化技术等，以满足我国未来基本有机原料的市场需求。

In the long term , since the petroleum is running out , we should develop C_1-based processes and biological catalytic technology to produce hydrocarbons and oxygen compounds so as to meet the rapidly growing domestic market of organic raw materials in the future .

甲醇是C1化学的重要产品，其深加工产品涉及烯烃、有机酸、各种含氧化合物、二甲醚和甲醛等。

Methanol is an important product from C1 chemistry and its derived products include ethylene , organic acids , oxygen containing compounds , dimethyl ether , formaldehyde , etc.

介绍了汽油中含氧化合物研究的进展，以及甲基叔丁基醚（MTBE）和叔戊基甲基醚（TAME）生产的原料、合成工艺、催化剂及模型化的研究。

This paper introduces the development Oxygen-containing components for gasoline . The feed stock , synthetic processes , catalysts and mathematical model of MTBE and TAME production are discussed .

分别在FID和TCD上分析含氧化合物杂质与水的含量，定量快速、准确。

The contents of water and organic impurities on TCD and FID were separately analysed by the rule of retention value and the retention index . The quantitative method is quick and accurate .

本研究采用微乳液方法合成了一系列具有相同金属担载量、不同粒子大小的单、双组份催化剂，研究了金属粒子大小和助剂锰对CO加氢生成C2含氧化合物反应性能的影响。

By using microemulsion technique , a series of mono - and bi - components catalysts with the same loading but different particle sizes was synthesized . Particle size effect and Mn effect on CO hydrogenation to produce C2 oxygenates were studied .

其中Rh-Mn-Li/SiO2催化剂是最有前途实现由合成气制备C2含氧化合物工业化的体系，但催化剂性能仍需提高。

Rh-Mn-Li / SiO2 catalyst is proved to be one of the most promising catalyst systems for the synthesis of C2-oxygenates from syngas . However , the activity and the selectivity of C2 oxygenates produced is still needed to be improved .

采用静态顶空气相色谱质谱法（HSGC/MS）对酒花油的成分进行了分析研究，共分离和鉴定了74种化合物，它们分别属于萜烯类碳氢化合物、含氧化合物和含硫化合物。

A study on hop oils by static HS-GC / MS was conducted . A total of 74 compounds , including terpenoid hydrocarbon fraction and fractions consist of chemically bound oxygen compounds and chemically bound sulfur compounds , were isolated and identified .

介绍了环氧丙烷生产工艺，包括氯醇法、异丁烷共氧化法，重点综述了现在的热点工艺：TS-1催化剂一步氧化技术、丙烯用分子氧或含氧化合物的氧化等。

Processes to produce epoxypropane including chlorohydrination , co - oxidation of isobutane were reviewed with emphasis on hot processes including one step oxidation by catalysis of TS - 1 catalyst and oxidation of propene by molecular oxygen or oxycompounds .

与以前的F-84-13铁酸盐催化剂相比，丁二烯收率提高了1012个单位，丁二烯选择性提高了23个单位，含氧化合物无变化。

Compared with F-84-13 ferrite catalyst , the butadiene yield and selectivity increased by 10 % - 12 % and 2 % 3 % , respectively , while the yield of oxygen containing compounds was not changed .

乙烯丁烯中微量含氧化合物的测定

Determination of micro amount of oxygenated compounds in ethylene and butene