便携式微稀释隧道颗粒物排放测量系统的设计

E. Pertl, D. Carder, F. A. Pertl, M. Gautam, James E. Smith
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引用次数: 2

摘要

重型发动机的联邦测试程序(FTP)要求使用基于全流隧道的恒体积取样器(CVS)。它们的构建和维护成本很高,并且需要很大的工作空间。一种小型便携式微稀释系统可以在车上使用,用于测量使用中的重型车辆的排放,这将是一种廉价的替代方案。本文介绍了设计这种便携式颗粒物测量系统的基本原理。微稀释隧道的工作原理与全流隧道相同,但由于微稀释系统减小了粒径,因此可以更容易地控制稀释比。设计目标稀释比至少为4:1,符合ISO 8178要求。微稀释系统的独特之处在于仅使用单个泵和多孔烧结不锈钢管混合稀释空气和原始排气样品。本文包含了该设计过程的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of a Portable Micro-Dilution Tunnel Particulate Matter Emissions Measurement System
The Federal Test Procedure (FTP) for heavy-duty engines requires the use of a full-flow tunnel based constant volume sampler (CVS). These are costly to build and maintain, and require a large workspace. A small portable micro-dilution system that could be used on-board, for measuring emissions of in-use, heavy-duty vehicles would be an inexpensive alternative. This paper presents the rationale behind the design of such a portable particulate matter measuring system. The presented micro-dilution tunnel operates on the same principle as a full-flow tunnel, however given the reduced size dilution ratios can be more easily controlled with the micro dilution system. The design targets dilution ratios of at least four to one, in accordance with the ISO 8178 requirements. The unique features of the micro-dilution system are the use of only a single pump and a porous sintered stainless steel tube for mixing dilution air and raw exhaust sample. This paper contains the results of that design process.
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