A Comparison of Polyolefins by Pyrolysis GC
Aplikace | | CDS AnalyticalInstrumentace
GC, Pyrolýza
ZaměřeníPrůmysl a chemie
VýrobceCDS Analytical
Klíčová slovapolyolefins, pyrolysis, produces, pyrolysates, oligomeric, substitution, pyroprobe, alkanes, substituted, theory, reading, polyethylene, nature, utilized, more, degree, chain, temperatures, polymer, groups, cause, produced, fid, abundance, comparison, chromatograms, following, simple, increased, increase, determined, complex, technique, due, been, instrument, which, note, has, information, chromatography, conditions, gas, application
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Pyrolysis/GC of Polyolefins
|CDS Analytical|Aplikace
#49a Pyrolysis/GC of Polyolefins Application Note Pyrolysis- Theory Author: T. Wampler Pyrolysis has been utilized as a sample introduction technique for gas chromatography for over four decades. Pyrolysis is the breaking of chemical bonds using heat energy. When large,complex molecules…
Klíčová slova
pyrolysis, pyrolysispolyolefins, polyolefinsalkanes, alkanesamenable, amenabledisubstituted, disubstitutedpolymer, polymeralkenes, alkenescarbons, carbonsdegrade, degradetheory, theorysubstituted, substitutedunsaturated, unsaturatedgas, gasfingerprint, fingerprintaliphatic
Analysis of Polyolefins by Pyrolysis GC
|CDS Analytical|Aplikace
#7a Analysis of Polyolefins by Pyrolysis GC Application Note Pyrolysis Theory Author: T. Wampler Pyrolysis GC is a quick and straightforward way of analyzing solid materials by gas chromatography. Since most solids do not have an appreciable volatility at GC…
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pyrolysis, pyrolysischaracteristic, characteristicfocuser, focusermacromolecule, macromoleculepolyolefins, polyolefinspyrolyzed, pyrolyzedpyroprobe, pyroprobecryogenic, cryogenictheory, theorystraightforward, straightforwardproduces, producesautomatic, automaticquick, quickway, wayequipped
Quantitation of Ethylene/Propylene Copolymers
|Agilent Technologies|Aplikace
#60 APPLICATIONS INFORMATION USING ADVANCED SAMPLE HANDLING TECHNOLOGY Quantitation of Ethylene/Propylene Copolymers Under pyrolysis conditions, polyolefins degrade by random scission to produce a chromatogram with a characteristic repeating pattern of oligomeric fragments. Thus polyethylene (Figure 1, bottom) shows a pattern…
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polyethylene, polyethylenescission, scissionance, anceabund, abundhydrocarbons, hydrocarbonscontacting, contactingpyrogram, pyrogramcopolymers, copolymersabsent, absentmonomers, monomersrandom, randomapplications, applicationsmay, maydifferentiate, differentiatepropylene
Polymer Degradation Mechanisms using Pyrolysis - GC/MS
2014|PerkinElmer|Aplikace
FIELD APPLICATION REPORT GAS CHROMATOGRAPH Y Polymer Degradation Mechanisms u s i n g P y r o l y s i s- G C / M S Author: Thomas Wampler CDS Analytical, Inc. 465 Limestone Road Oxford , PA…
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poly, polypyrolysis, pyrolysisunzipping, unzippingwampler, wamplerscission, scissionmacromolecule, macromoleculedelay, delayinterscan, interscanthomas, thomasrandom, randomoven, oventransfer, transferperkinelmer, perkinelmermultiplier, multiplierline