Based on the running state test of autocar on drum-type chassis dynamometer,this paper makes quantitative and qualitative analysis of engine dynamical performances and fuel economy of autocar fueled with different proportional methanol-gasoline（M15 and M85）.[著者文摘] Key words:
Methanol-Gasoline; Entire car; Drum-type chassis dynamometer; Dynamical performances; Fuel economy
收稿日期: 2010-03-11 作者简介:
高昱（1986-），男，在读研究生，研究方向为汽车设计与理论。
② 2007年 1期
《 西部煤化工 》
WESTERN COAL CHEMICAL INDUSTRY
起止页码：28-30,35
甲醇汽油的技术进展及应用前景
钟洪权[1] 王亚明[1] 张松[2]
[1]云南昆明理工大学生物与化学工程学院,云南昆明650200 云南昆明理工大学生物与,IJ6字工程竽既
[2]云南省化学化工学会,云南昆明650200
摘 要: 介绍了甲醇汽油的界定，燃料特性，制法及其应用前景。讨论了甲醇汽油在使用中的安全问题。[著者文摘] 关键词: 甲醇汽油 甲醇 制法 分类号: TE626.21[机标] 栏目信息：产品开发 相关文献: 主题相关 全文快照
11
第一页信息：
第40卷第1期 2011年2月 小型内燃机与摩托车
SMALL INTERNAL C0MBUST10N ENGINE AND MOTORCYCLE Vo1．40 No．1
Feb．2011· 新能源·不同比例甲醇汽油对整车性能影响的试验研究高昱王铁刘道东李海林(太原理工大学机械工程学院车辆工程系 山西太原030024)
摘要：通过在滚筒式底盘测功机上进行燃烧不同燃料的桑塔纳汽车的测试实验，定量和定性地分析了不同比例甲醇汽油(M15和M85)对整车动力性和经济性的影响。关键词：甲醇汽油整车滚筒式底盘测功机动力性经济性
中图分类号：TK411．71 文献标识码：A 文章编号：1671—0630(2011)01—0072—03
Experimental Study on Effects of Different Proportional M ethano1．Gasoline on Autom obiles Gao Yu，W ang Tie，Liu Daodong，Li Hailin
College of Mechanical Engineering，Taiyuan University of Technology(Taiyuan，Shanxi，030024，China)
Abstract：Based on the running state test of autocar on drum·type chassis dynamometer，this paper makes
quantitative and qualitative analysis of engine dynamical performances and fuel economy of autoear fueled with
different proportional methanol—gasoline(M 1 5 and M85)．
Keywords： Methanol—Gasoline， Entire car， Drum—type chassis dynamometer， Dynamical perform ances， Fuel economy 引言
近年来甲醇燃料已经成为替代燃料研究的一个热点方向。我国首个车用燃料甲醇标准已获得批准，并于2009年11月1日起实施。该标准的实施将对我国甲醇能
12
源及其相关产业的发展有重要意义。因此，现阶段全面地了解甲醇燃料的性能至关重要。本文重点讨论甲醇燃料(M15和M85)对整车的动力性以及经济性的影响，采用桑塔纳汽车分别燃用93#汽油、M15、M85进行功率、加速性、经济性等试验对比研究。 1 试验方法以及试验设备 1．1 试验设备
使用的燃油载体为未经改造的和改造了发动机的桑塔纳汽车。测试平台为成都弥荣科技发展有限公司生产的底盘测功机。表1、表2为具体参数。表1 SVw7180I EI桑塔纳轿车主要参数排量／L 1．781发动机型式 四缸直列水冷汽油机作者简介：高昱(1986一)，男，在读研究生，研究方向为汽车设计与理论。
2、英文数据库：
ProQuest学位论文全文数据库
检索策略：full:(methanol and gasoline) and full:(low and temperature and performance)
文摘著录格式：
① 文献类型 论文类
标题 Experimental investigation of effects of bio-additives on fuel economy of the gasoline engine
翻译：实验研究bio-additives燃油对汽油发动机在经济性方面的影响 著者 YAO ChunDe, ZHANG ZhiHui, XU YuanLi, HUANG Yu 机构 Stake Key Laboratory of Engines, Tianjin University 主题词 Gasoline Engine; Fuel economy; bio-additives 系列号 ISSN 1006-9321
集合名 Science in China Series E: Technological Sciences 年 2008 卷 51 期 8
13
地域 Tianjin, China 页数 9
描述 The matter extracted from palm oil was considered as gasoline additive. 翻译：这种棕榈油可看作是甲醇汽油添加剂。
The effect of various percentages (0.2%, 0.4% and 0.6%) of the bio-additives on fuel economy of SI engine respectively running on prime gasoline, gasoline with known compo- nents, ethanol gasoline, and methanol gasoline under typical urban operation condition 2000 r/min was investigated. The results showed that the bio-additives can remarkably improve the fuel economy of SI engine while operating on all kinds of fuel. The optimal ratio of bio-additive to gasoline depends on the fuel used and on the different engine operating conditions. Besides, the experiments of constant volume combustion bomb, analysis of in cylinder processes, the synchrotron ra- diation and high-temperature friction were conducted to probe into the mechanism of the bio-additive impact on fuel economy. It indicated that the bio-additives can increase the maximum cylinder combustion pressure, improve exhaust emissions and largely reduce the frication coefficient.
② 关键词：methanol gasoline
Conversion of methanol to gasoline-range hydrocarbons in a novel zeolite ZSM-5-coated monolithic reactor.出版号:9511281
翻译：在gasoline-range沸石ZSM-5-coated整体反应堆中碳氢化合物转化为甲醇汽油。 关键词：methanol gasoline 作者: Antia, Jimmy Erach. 学校: University of Cincinnati. 学位: Ph.D.
指导老师: Govind, Rakesh,eadvisor 学科: Engineering,Petroleum.
来源: Dissertation Abstracts International 出版日期: 1994
14
ISBN: 语言: English 摘要
The continued depletion of crude oil reserves has led to substantial research in alternative fuel technologies.
翻译：由于原油储备的大量耗竭，需要研究代用燃料例如甲醇汽油的技术。 In this regard, the conversion of various organic compounds to gasoline range hydrocarbons on Mobils synthetic zeolite, ZSM-5, has received considerable research and industrial interest. Pellets of ZSM-5 catalysts have been investigated in fixed and fluidized bed processes for methanol conversion to gasoline. Novel reactor configurations featuring catalysts supported on monolithic or honeycomb structures are being increasingly used for a number of industrial applications. Their unique construction and ease of operation offer advantages over traditional reactor types. In this research, an innovative zeolite-coated monolithic reactor is employed to convert methanol to gasoline-range hydrocarbons. Experimental results demonstrate that the overall conversion and hydrocarbon product distribution compare favorably with data reported for fixed and fluid bed reactors. Mathematical modeling establishes that the reaction rate is controlled by gas diffusion into and out of the molecule-sized intracrystalline pores of the zeolite structure. This finding is of considerable importance because it demonstrates the suitability of monolithic reactors for zeolite-based catalytic processes.
Engineering Village平台(Ei、INSPEC、NTIS)
检索策略：
((((methanol gasoline) WN All fields) AND ((engine oil) WN All fields)) AND ((low temperature performance) WN All fields))
文摘著录格式：
① Accession number: 1991070082158
Title: Engine performance and NOx emission characteristics of direct-injection
15