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Getting started in pyrolysis is easy
Algae pyrolysis using TMAH - new for 2010
Plant derived (cellulosic) textiles pyrolysis GCMS - new for 2010
Identifying additives using pyrolysis and deconvolution software - new for 2010
Switchgrass pyrolysis at elevated pressure - new for 2010
PEEK preparation - detecting differences in preparation using pyrolysis
Olive oil and oleic acid cracking products - biofuel application
Brominated fire retardants in PET
Plant material pyrolysis GCMS - biofuel application
Switchgrass pyrolysis GCMS - biofuel application
Biofuel analysis by pyrolysis GCMS - biofuel application
Pyrolysis of natural and synthetic adhesives
Laser toner analysis by pyrolysis/GCMS
Tobacco analysis using 4 step analysis
Tobacco pyrolysis GCMS
Packaging tape multistep analysis
Layered paint analysis using pyrotomy
Brominated flame retardant analysis
Rubber with antioxidant 6-PPD pyrolysis
PVC copolymer multistep analysis with pyrolysis/GCMS
Biochemical sample analysis (DNA) by pyrolysis/GCMS
Nylon analysis using rapid pyrolysis/MSD
Advantages of two-step pyrolysis
Tri-step analysis of latex materials
Tri-step analysis of chewing gum
Eight-step analysis of fly ash
Reproducibility in pyrolysis
Antioxidant detection in petroleum wax
Coating analysis on pharmaceutical tablet forms
Cosmetics analysis (mascara) by pyrolysis/GC
Cosmetics analysis by pyrolysis/GCMS
Engine Lubricant analysis by pyrolysis
Pyrolysis gas chromatography of amino acids
Polyolefin analysis by pyrolysis/GC
Pyrolysis/GCMS of clothing fibres, cotton and polyester
Analysis of hair samples by pyrolysis
On column cryofocussing for improved resolution in pyrograms
Pyrolysis of synthetic polymers - improved sensitivity using cryogenic focusing
Degradation mechanisms - random scission
Degradation mechanisms - side group elimination
Degradation mechanisms - depolymerisation
Pyrolysis/GC of natural fibres
A comparison of nylons by pyrolysis/GC
Capillary GC of polyolefin pyrolysates
Analytical pyrolysis of surfactants
Dynamic headspace and pyrolysis in ink analysis
Direct pyrolysis/FTIR: An alternative sampling system
Analysis of acrylate polymers by direct pyrolysis/FTIR
Analysis of polyvinylchloride by direct pyrolysis/FTIR
Parameter optimisation in pyrolysis/FTIR
Quantitative determination of polypropylene-1-butene
Quantitative pyrolysis/GC in the analysis of co-polymers
Analysis of soil samples using the HTD
Pyrolysis/FTIR of carbon filled rubbers
Pyrolysis/GC of carbon filled rubbers
Analysis of photocopier toners by pyrolysis/FTIR
Pyrolysis/GC of polyolefins
Analysis of vulcanised rubber by pyrolysis/GCMS
Desorption of PCB's from soil using the HTD
Pyrolytic injection inlet autosampling system for the analysis of polymer samples
Pyrolysis/GCMS of automobile paints
Polyurethane analysis by pyrolysis/GCMS
Pyrolysis/GC of high and low density polyethylene
Quantitation of ethylene/propylene copolymers
Temperature as a sample preparartion tool in the analysis of materials by GCMS
Paints and coatings pyrolysis/GCMS
Polymer packaging analysis using pyrolysis/GCMS
Introduction to pyrolysis/GCMS
Investigation of monomer ratios in random and block copolymers of ethylene and propylene
Practical applications of analytical pyrolysis
Amber bead examination
Effects of slow heating rates on polyethylene pyrolysis
Effect of heating rate on oxidative-degradation of polymeric materials
Identification and differentiation of synthetic polymers by pyrolysis/GC
Comparison and identification of adhesives used in improvised explosive devices by pyrolysis/GCMS
Analytical pyrolysis in the forensic science laboratory
Pyrolysis/GC in the analysis of inks and papers
Optimised biopolymer pyrolysis/GC characterisation
Rapid method for qualitative analysis contaminates by pyrolysis/GC
Improved kerogen typing for petroleum source rock analysis
Reproducibility in pyrolysis recent developments
Analytical pyrolysis of complex multicomponent samples
Surfactant analysis by pyrolysis/GC
Problem solving in polymer QC using pyrolysis
Temperature control considerations in analytical pyrolysis
Thermometric behaviour of polyolefins
A Pyrolysis/FTIR System for polymer QC; A feasibility Study
Parameter optimisation for quantitative pyrolysis/FTIR
Quantitative aspect of pyrolysis/GC in the analysis of co-polymers
A complete thermal processing system for fuels and polymer analysis
Analytical pyrolysis in the analysis of carbon-filled rubber
Analytical pyrolysis: An overview with forensic applications
Kinetic studies of the primary pyrolysis of municipal solid waste in a pyroprobe 1000
A pyrolysis/GCMS library for polymers
Effect of temperature on monomer production in polymer pyrolysis
Rapid on-line thermal desorption of PCBs and VOCs from soil using the HTD
Rapid polymer identification by in-source direct pyrolysis/MS and library searching techniques
Recent changes in automotive paint formulation using pyrolysis/GCMS for identification
Analysis of rubber materials by pyrolysis/GC
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