combustion train

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combustion train

[kəm′bəs·chən ‚trān]
(analytical chemistry)
The arrangement of apparatus for elementary organic analysis.
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The auditor performs an array of tests which include a furnace inspection, combustion analysis on appliances, and a blower door test which indicates whether there are air leaks in the home.
Since each compound prepared was new, they were characterized by absorption spectra with support from combustion analysis.
New G8 GALILEO ONH provides fast and precise determination of Carbon, Sulfur, Oxygen, Nitrogen and Hydrogen by combustion analysis for steel plants and foundries,
Gary Patterson, Staff Combustion Engineer for General Motors, well known and respected for his contributions to new engine design and combustion analysis, stated "After seeing the advanced knock detection and analysis system in operation I had to have one
new combustion analysis and spark-OES systems for metals analysis, and
He is certified as a HERS rater, Greenpointe rater, Green building professional, Combustion Analysis, National Comfort Institute, NBI Balancing and is a Board member of the California Building Contractors Association.
Using computerized flow and combustion analysis generated from dynamic testing and computer simulation performed by Linamar's McLaren Performance Technologies Division, the Opti- Power(TM) process calculates the optimal induction port geometries that are required to produce balanced and highly-efficient flow in a gasoline or diesel engine where or high power output or optimal combustion efficiency is required.
The renamed Bruker JUWE GmbH will operate under its previous experienced management with a focus on rapid growth in combustion analysis for metals analysis.
Test environment control equipment also will be displayed at the expo, including the FEV FuelCon which accurately controls fuel temperature and pressure; the FuelRate which measures fuel consumption for applications including gas, diesel and ethanol/alcohol; and FEV's Combustion Analysis System (CAS).
JUWE was established in 1997 by a dedicated group of founders with many years of experience in combustion analysis of the CHNOS light elements (Carbon, Hydrogen, Nitrogen, Oxygen, and Sulfur), as a successor organization to Stroehlein AG, which closed down in 1997.
These include a CANbus interface for ECU monitoring, as well as an enhanced interface to the MTS CAS combustion analysis system,