A standard, DB51/ T 448-2004 M10 methanol gasoline for motor vehicles, was also drafted and published to make the demonstration work rationalized and standardized.

1、

Considering the inferior quality of domestic motor gasoline and the large proportion of FCC gasoline in motor gasoline, several measures for upgrading FCC gasoline were particularly explored. The role of FCC process and the associate technologies in gasoline upgrading were also expounded.

针对我国车用汽油质量偏低、FCC汽油所占比例大的状况，重点探讨了提高FCC汽油质量的几项措施，论述了FCC及其相关工艺在提高汽油质量中的作用。

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2、

There are lots of defects occuring in operation of VRLA batteries used for electric bikes, such as poor uniformity among cells, short service life, electrolyte dry out, plate sulphation, thermal runaway and etc.

电动助力车用VRLA电池在使用过程中存在一致性差、使用寿命不尽人意、电解液提前干涸、极板硫酸盐化、枝晶短路、热失控等问题。

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3、

75%~ 80% patrol gas used in China comes from FCC patrol gas, it contains high sulphur and alkene. The addition of hydrogen to it can extract sulphur and alkene, but octane rating will be diminished simultaneously.

我国车用汽油75～80%来自催化裂化（FCC）汽油，其烯烃和硫含量高，用加氢方法可除去硫和烯烃，但带来的是辛烷值的下降。

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4、

A friction resistant materials for the vehicle was developed, which was modified by BMI with cashew shell oil and phenolic resin blend as the matrix and the carbon fiber, steel fiber and inorganic filler as reinforced materials.

本文研制了以BMI，腰果壳油，酚醛树脂三元体系共混改性的树脂为基体，碳纤维，金属丝以及无机填料为增强材料的车用摩擦材料。

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5、

In order to study the lean burn combustion characteristics of CNG engines and reduce its harmful emissions profoundly, the electric control system used in turbo charged CNG vehicle engines is presented in this paper.

为深入研究CNG发动机稀薄燃烧特性，进一步降低天然气发动机的有害排放，设计了车用增压天然气发动机电控系统。

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6、

Optimization design on balance system of 4-cylindered high-speed engine for automobiles based on Pro-Mechanica

基于Pro-Mechanica的四缸车用高速发动机平衡系统优化设计

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7、

Research of Integrated Starter Alternator Damper System Used in Vehicle Based on Switched Reluctance Motor

基于开关磁阻电机的车用ISAD系统研究

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8、

The development of 80W/ 90 ( GL-5) automotive gear compound is presented.

介绍80W／90（GL－5）车用齿轮油的研制过程。

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9、

If original automotive metal materials are replaced by magnesium alloy, the vehicle NVH performance must be affected.

当镁合金替换原有的车用金属材料后，必将影响整车的NVH性能。

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10、

Optimized Dynamics Performance of Vehicle Gasoline Engine on GT-POWER

基于GT-POWER的车用汽油机动力性能优化

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11、

Study of Engine Dynamic Performance for Fuel Based on Methanol

FBM车用醇基燃料的发动机性能试验研究

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12、

The flow field in the reentrant combustion chambers of automotive heavy-duty DI diesel engines were simulated by means of AVL FIRE software.

利用AVL公司的FIRE软件对重型车用柴油机缩口直喷式燃烧室内的气体流动特性进行了数值模拟计算。

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13、

Reasonable determination of Z1 is one of the key points to succeed in designing and calculating a vehicle planetary gear apparatus.

合理选择Z1，是车用行星轮系设计计算成功的关键之一。

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14、

Optimizing EGR Rate Spark Timing and Air-fuel Ratio of Automotive Gasoline Engine

车用汽油机EGR率、点火定时和空燃比的优化

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15、

The system takes the current incremental numeral PID control method as the control mode for the vice-steering system on the training car.

选择了电流增量式数字PID控制作为教练车用副转向系统的控制方式。

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16、

Research and Development of LPG for Vehicles

车用液化石油气（LPG）的研究与开发

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17、

Research on the Law of HC Emission Distribution in Vehicle Gasoline Engine

车用汽油机HC排放分布规律研究

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18、

A Vehicle-used Mesh Battery Model and Its Implementation in ADVISOR

车用电池网格模型及其在ADVISOR中的实现

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19、

Design and Test of LPG Depressed Valve for Vehicle

车用LPG减压阀的设计与试验

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20、

Calculating Study on Characteristic Parameters to LPG Fuel for Automotives

车用LPG燃料特性参数的计算研究

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