National Library of Finland
Open Data and Linked Data Service
Search works, persons, organizations and subjects:
Kilpinen, Pia
URI:
http://urn.fi/URN:NBN:fi:au:pn:000073972
name
Kilpinen, Pia
Authored works
Advanced combustion systems : state of art
Gas-phase conversion of NH[sub 3] to N[sub 2] in gasification product gases : a kinetic modeling study
Kinetic modeling of gas-phase nitrogen reactions in advanced combustion processes
Kinetic modelling of gas phase nitrogen chemistry in combustion
Nitrogen chemistry at gasification : a thermodynamic analysis
Some comparisons of model predictions to experimental data on gas-phase reactions of NH[sub 3] and HCN
Works contributed to
A simplified kinetic rate expression for describing the oxidation of fuel-N in biomass combustion
CFD testing of an improved model for simulating NOx in internal combustion engines
Compilation of gas phase sulfur reactions for combustion modeling
Control of pollutants in flue gases and fuel gases
Development of reduced mechanisms applicable to CFD modeling of NO[sub x] emissions from biomass combustion
Effects of HCl on the homogeneous CO and NO reactions in industrial furnaces
Gas phase formation and destruction of N[sub 2]O : a short review
Influence of NO[sub x] and N[sub 2]O on the homogeneous postcombustion chemistry in fluidized bed combustors
Influences of different reactor concepts on the turbulent hydrocarbon combustion
Kinetic parametric study of NO reduction chemistry in reburning
Kinetics of gas phase sulfur reactions in combustion : a review
Modeling gas phase nitrogen chemistry at fuel rich conditions : an extension to the BKH-model for the range 0.1 <[lambda] <0.5 and 1200 K <T <1350 K
Oxidation of a single char particle : further testing of the new computer code
Parametric studies on formation of soot precursors in a blast furnace firing heavy fuel oil using detailed kinetic modelling
Parametric study of natural gas reburn chemistry using kinetic modelling
Selecting a model for SO[sub 2] capture for implementation to a detailed CFBC emission model
Simplified ammonia oxidation mechanisms for modeling of NO[sub x] emissions from wood firing : tests at ideal plug flow conditions
Simplified NO[sub x] mechanism for mathematical furnace models
Soot formation in a blast furnace : prediction via a parametric study, using detailed kinetic modeling
Testing of kinetic mechanisms for gas-phase nitrogen reactions in conditions relevant to staged combustion and gasification applications
The role of gasification reactions during combustion of char in CFBC
Works about Kilpinen, Pia
Download this resource as RDF:
Turtle
RDF/XML
N-Triples
JSON-LD