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Pyrogram from a Py-GC MS analysis of a polycaprolactone sample with M 14.000. Pyrolysis done on 0.4 mg material at 600 C in He, with the separation on a Carbowax type column.

Pyrogram from a Py-GC MS analysis of high-density polyethylene. Pyrolysis done on 0.4 mg material at 60 f C in He, with the separation on a Carbowax type column.

Pyrogram from a Py-GC MS analysis of poly 10 coumarone M , 420,000. Pyrolysis done on 0.4 mg material at 60 f C in He, with the separation on a Carbowax type column.

Pyrogram from a Py-GC MS analysis of polyisoprene , 38,000. Pyrolysis done on 0.4 mg material at 600 C In He, with the separation on a Carbowax type column.

Pyrogram from direct Py-GC of latex A

Pyrogram from direct Py-GC of latex B

Pyrogram from Py-GC MS analysis of poly 4,4 -hexafluoro-isopropylidene diphthalic anhydride-alt-acridine yellow G HCI. Pyrolysis done on 0.4 mg material at 85 f C in He, with the separation on a Carbowax type column.

Pyrogram from Py-GC MS analysis of poly. Pyrolysis done on 0.4 mg material at 85 f C in He, with the separation on a Carbowax type column.

Pyrogram M obtained from sequencing the immobilised target DNA.

Pyrogram obtained at 51 f C from bovine serum albumin. Separation on a Carbowax column followed by MS detection.

Pyrogram obtained at 51 f C from egg albumin. Separation on a Carbowax column followed by MS detection.

Pyrogram obtained at 51 f C from gluten. Separation on a Carbowax column.

Pyrogram obtained at 60 f C from fructose proline browning polymer.

Pyrogram of 39.61 styrene copolymer. Hybrid trimer peaks SSM, SMS and other dimer and trimer peaks. Reproduced with permission from F.Y. Wang and P.B. Smith, Analytical Chemistry, 1996, 68,

Pyrogram of a beeswax sample obtained with a microfurnace pyrolyser at 600 C, in the presence of HMDS. TIC

Pyrogram of a crosslinked phenol-formaldehyde resin sample. Pyrolysis done on 0.4 mg material at 60 f C in He, with the separation on a Carbowax type column.

Pyrogram of a mixture of natural, butadiene-styrene and butadiene rubbers. 1 Beginning of experiment 2 butadiene 3 isoprene 4 vinylcyclohexane 5 styrene 6 dipentene. From ref. 69.

Pyrogram of a natural rubber latex paint. Peak assignments

Pyrogram of a paint sample collected from a decorative frame of the Universal Judgement by Bonamico Buffalmacco . Pyrolysis was performed with a microfurnace pyrolyser, at 600 C, in the presence of HMDS. 1, Benzene 2, ethyl acrylate 3, methyl methacrylate 4, acetic acid, trimethyl silyl ester 5, pyrrole 6, toluene 7, 2 methylpyrrole 8, 3 methylpyrrole 9, crotonic acid 10, ben zaldehyde 11, phenol 12, 2 methylphenol 13, 4 methylphenol 14, 2,4 dimethyl phenol 15, benzyl nitrile 16, 3 phenylpropionitrile 17, indole 18, phthalate 19, phthalate 20, ben zyl benzoate HMDS pyrolysis products

Pyrogram of a paint sample collected from sixteenth century wall paintings in the Messer Filippo cell of the tower in Spilamberto, Italy. Pyrolysis was performed with a micro furnace pyrolyser, at 600 C, in the presence of HMDS. 1, Carbohydrate pyrolysis products 2, lauric acid 3, suberic acid 4, levoglucosane 5, azelaic acid 6, miristic acid 7, hexadecanenitrile 8, palmitic acid 9, octadecanenitrile 10, oleic acid 11, stearic acid. TMS derivative

Pyrogram of a poly -co-formaldehyde sample with M - 345. Pyrolysis done on 0.4 mg material at 600 C in He, with the separation on a Carbowax type column.

Pyrogram of a poly -co-formaldehyde sample with M 1,080. Pyrolysis done on 0.4 mg material at 600f C in He, with the separation on a Carbowax type column.

Pyrogram of a polyfEA co MMA waterborne binder. Peak assignments

Pyrogram of acrylic emulsion paints containing different organic pigments

Pyrogram of beech MWL on chemically bonded SE 54



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