Back to Results
First PageMeta Content
Liquid fuels / Engines / Biofuels / Petroleum products / Alcohols / Soot / Combustion / Homogeneous charge compression ignition / Flame / Chemistry / Energy / Technology


The Sootless Diesel: Use of In-Plume Fuel Transformation to Enable High-Load, High-Efficiency, Clean Combustion Investigators Chris F. Edwards, Professor, Stanford University Mechanical Engineering Greg Roberts, Graduate
Add to Reading List

Document Date: 2014-09-12 15:08:11


Open Document

File Size: 1,01 MB

Share Result on Facebook

Company

Sandia National Labs / DuPont / Volvo / /

Country

United States / /

Event

Company Expansion / /

IndustryTerm

chemical kinetic mechanisms / chemical pathways / ambient gas temperature / transportation fuel / realistic gas properties / gas-phase species / gasoline products / fuel infrastructure / spray imaging / transportation / heavy-duty transportation sector / chemical mechanisms / clean exhaust gas stream / gas analyzer / fuel energy / chemical mechanism / simulation tool / food market / gas species / gas-phase chemistry / heavy-duty transportation / chemical kinetics model / high-load transportation / natural gas / higher-carbon gas species / reduced chemical mechanism / methane gas / chemical kinetics / experimental device / ambient gas / cryogenic systems / given gas-phase precursor species / gas-phase concentration / ambient gas conditions / /

Organization

Stanford University / US Federal Reserve / Environmental Protection Agency / /

Person

Bernard Johnson / Chris F. Edwards / Greg Roberts / /

Position

driver / Turbulent Reacting Jet Model Development In order / Professor / Researcher / /

Product

Liquid Alcohol Injections / Proteus / Volvo D5 / /

ProvinceOrState

Ohio / Iowa / /

Technology

radiation / laser / broadband / fluid dynamics / heat transfer / simulation / digital camera / /

SocialTag