Back to Results
First PageMeta Content
Chemical engineering / Chemistry / Sensors / Safety equipment / Measuring instruments / Nitrogen oxide sensor / Gas detector / Selective catalytic reduction / Flue gas / Pollution / Technology / Gas sensors


EPA’S ENVIRONMENTAL MONITORING RESEARCH PROGRAM SESSION (Continued) Paper Number 41 An Integrated Near Infrared/Spectroscopy Sensor for In-situ Envrionmental Monitoring.
Add to Reading List

Document Date: 2012-04-04 11:48:52


Open Document

File Size: 3,27 MB

Share Result on Facebook

City

Orono / Verona / New York / D'Amico / Washington / DC / Tokoyo / Arya / Billerica / /

Company

GC/MS Systems / Sputtered Indium Tin Oxide Polycrystalline Thin Films / Hewlett-Packard / M. Woodard 205 63 Ionspray LC / W03 Sputtered Tin Films / Gaseous Components Using Semiconductive Thin Films / In Thin Films / Environmental Laboratory / Ga-Doped ZnO Thin Films / John Wiley & Sons Inc. New York / Combustion Monitoring Sensor Using Tin Dioxide Semiconductor / WO3 Sputtered Thin Films / NOx and CO / Thin Solid Films / Sputtered ZnO-Pd Thin Films / C.E. Kolb Aerodyne Research Inc. / AOAC International / /

Country

Japan / /

Event

Reorganization / /

Facility

University of Maine / Kenny Laboratory / University Heights / Hanscom Air Force Base / Environmental Laboratory / John F. Federici New Jersey Institute of Technology / K.A. Smith Massachusetts Institute of Technology / Department of Energy Complex / University of Missouri-Rolla / /

/

IndustryTerm

chemical measurements / carrier concentration / integrated sensor technology / repeated gas exposures / metal oxide / e- d / free carrier concentration / organic chemicals / high temperature chemical processes / gas sensing / sensor technology / gas concentrations / low pressure chemical vapor deposition / basic chemical sensing mechanism / sealed teflon gas chamber / flue gas treatment techniques / temperature control algorithm / dilution gas / by-products / chemical reactions / neural network / flue gas exhaust / e- ( / gas environment / real time process control / potential control systems / electronics / test gas / flue gas / mode waveguide device / fossil fuel gas exhaust / flue gas stream / /

MusicAlbum

Second / Fourth / First / /

Organization

14th Annual Waste Testing & Quality Assurance Symposium RELEVANCE OF ENANTIOMERIC SEPARATIONS IN ENVIRONMENTAL SCIENCE Daniel W. Armstrong Department of Chemistry / National Science Foundation / U.S. Environmental Protection Agency / T.D. Kenny Laboratory for Surface Science & Tech / Department of Energy / University of Missouri / Massachusetts Institute of Technology / Department of Chemical Engineering / office of Solid Waste and Emergency Response / Operable Unit / Department of Electrical and Computer Engineering / US Federal Reserve / New Jersey Institute of Technology / University of Maine / Environmental Protection Agency / /

Person

Jun Tamaki / Tomoki Maekawa / A. Edelaar / N.J. Tummillo / Jr. / A. Gorshteyn / Norio Miura / S. Smarason / J. Huusko / V / R.J. Vitale / Y. Gankin / W. Prims / Stewart II / W. Van Swaajj / A. Robbat / Jr. / Roland A. Levy / Noboru Yamazoe / J.H.A. Kiel / E. Patterson / /

/

Position

Author / D.J. / /

Product

NH3 injection / /

ProgrammingLanguage

C / DC / /

ProvinceOrState

Maine / New York / Missouri / Massachusetts / /

PublishedMedium

Elsevier / Journal of Applied Physics / Chemistry Letters / /

Technology

SCR technology / Chemiresistive sensor technology / Microwave / integrated sensor technology / process control / chemical vapor deposition / 181 58 Quality Control Protocol / neural network / Spectroscopy / Closed Vessel Microwave Digestion Technology / Solvent Encapsulation Technology / temperature control algorithm / /

URL

http /

SocialTag