ГОСТ Р 56561—2015
Библиография
|1] Identification of Textile Materials. Seventh Edition. The Textile Institute. 1985.
(2] «Les Matures Textiles». Institut Textile de France (former name of IFTH).
(3J JIS L 1030-1. Testing methods for quantitative analysis of fibre mixtures-Part 1: Testing methods forfibre identification.
(4] AATCC Test Method 20. Fibre Analysis — Qualitative.
(5] AATCC Test Method 20A Fibre Analysis — Quantitative.
(6] AATCC Fiber Identification Supplement toAATCC Test Methods 20 and 20A.
(7] «Fibre Labelling. Polylactide — CargiH Dow». P. Piccinmi. C. Senaldi. EUR 21001 EN, 2003.
(8] «Fibre Labelling. Elastomultiester — DuPont». P. Piccinini, C. Senaldi. EUR 21760 EN. 2005.
(9] «Fibre Labelling. Elastolefin — Dow Chemicals». P. Piccinini. E. Buriova. S. Yazgan. C. Senaldi. EUR 22308 EN.
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(10] «Fibre Labelling. Melamine — Basofil», P. Piccinini. E. Buriova. C. Senaldi. S. Yazgan. EUR 23482 EN. 2008. ISBN
978-92-79-09577-1.
(11] «Fibre Labelling. Polypropylene/polyamide bicomponent— Aquafil», P. Piccinini. R. Alvarez-Sarandes. M. De Sertono,
M. Trantallidi. EUR 24574 EN. 2010. ISBN 978-92-79-17456-8.
(12] «Identification of textie fibres». Max M. Houck. Woodhead Publishing. 2009.
(13] «Microscopy of textile fibres». P.H. Greaves. B.P. Savilie. H Greaves. Royal Microscopical Society. 1995.
(14] «Characterization of Plastics by Physical Methods». Hanser Publishers. Munich. 1986.
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(16] A. D. Cross. «Introduction to Practical Infrared Spectroscopy». Butterworths Scientific Publications. London. 1960.
(17] R. W. Hannah and J. S. Swinehart «Experiments in Techniques of Infrared Spectroscopy» Perkin-Elmer Corporation.
Connecticut. 1968.
(18] Official Digest, Part 2. March. 1961. Federation of Societies for Paint Technology. Philadelphia. USA.
(19] ASTM D276—87 (Reapproved 1993).
(20] G. Duyckaerts. Analyst. 1959. 84. 201.
(21] A. Crook and P
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(22] В. H. Baxter and N. A. Puttnam. Nature. 1965. 207. 288.
(23] P. A. Wilks and M. R. Izard. «Internal Reflectance Spectra of Fibres and Fabrics»’. Wilks Scientific Corporation. 1964.
(24] N.M. Morris. Textile Chemist and Colorist. 1991. 27(4). 19.
(25] «The Complete Guide to FT-IR». Spectra Tech Inc.. Connecticut 1993.
(26] M.W. Tungol. E.G. Bartick and A. Montaser. Applied Spectroscopy. 1990. 44(4). 543.
(27] D. Нимме! «Kunstoff, Lack- und G
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! Analyse». Carl Hanser Verlag. Munich, 1958.
(28] D.O. H
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I «Infrared Analysis of Polymers. Resins & Additives — An Atlas. Vd. 1 Plastics. Elastomers. Fibres and
Resins. Part 2 Spectra. Tables. Index.» Wiley-lnterscience. London. 1969.
(29] D O. H
ummb
I «Atlas of Polymer and Plastics Analysis Vd. 2 Plastics. Fibres. Rubbers. Resins: Starting and Auxiliary
Materials. Degradation Products.» Carl Hanser Verlag. Munich. 1984.
(30] «The Sadtler Infrared Spectra Atlas of Monomers and Polymers». Heyden & Son Ltd.. London. 1990.
(31] «The Documentation of Molecular Spectroscopy (D.M.S.) Punched Cards». Butterworths Scientific Publications,
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(32] «The Wyandotte-A.S.T.M. System». American Society for Testing Materials.
(33] ISO 11357-1 Plastics — Differential scanning calorimetry (DSC) — Part 1: General principles (ИСО 11357-1. Пласт
массы. Дифференциальная сканирующая калориметрия (ДСК). Часть 1. Общие принципы)
(34] ISO 11357-3 Plastics — Differential scanning calorimetry (DSC) — Part 3: Determination oftemperature and enthalpy of
melting and crystallisation (ИСО 11357-3. Пластмассы. Дифференциальная сканирующая калориметрия
(ДСК). Часть 3. Определение температуры и энтальпии плавления и кристаллизации)
(35] ISO 1183-2 Plastics — Methods for determining the density of non-cellular plastics — Part 2: Density gradient column
method (ИСО 1183-2, Пластмассы. Методы определения плотности напористых пластмасс. Часгь 2. Метод с
использованием колонки градиента плотности)
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