Artículos de revistas
Glossary of class names of polymers based on chemical structure and molecular architecture
Fecha
2009Autor
Barón, Máximo
Hellwich, Karl-Heinz
Hess, Michael
Horie, Kazuyuki
Jenkins, Aubrey D.
Jones, Richard G.
Kahovec, Jaroslav
Kratochvíl, Pavel
Metanomski, W. Val
Mormann, Werner
Stepto, Robert F. T.
Vohlídal, Jiří
Wilks, Edward S.
Institución
Resumen
Abstract: This document defines class names of polymers based on the class
names of starting monomers and characteristic features of the chemical constitution
of polymer molecules (macromolecules), i.e., class names that have gained
general acceptance in the polymer and material literature, science and technology
as well as in public. The glossary is divided into three parts:
• source-based class names, which identify common classes of starting
monomers such as “acrylic”, “diene”, “phenolic”, “vinylic”
• class names based on chemical structure, which identify characteristic
groups in the main chains (backbones) of the polymer molecules such as (i)
inter-unit groups derived from functional groups, e.g., “amide”, “ester”,
“ether”; (ii) a specific group of atoms, e.g., “alkenylene”, “siloxane”, “sulfone”;
(iii) ring structures, e.g., “benzimidazole”, “benzoxazole”, “quinoxaline”
• class names based on molecular architecture, which identify mainly the
overall shapes of polymer molecules through the type of their graphical representation
such as “linear”, “branched”, “dendritic”, “comb”
Each part of the glossary is arranged in a non-hierarchical alphabetical order. Each
entry provides: (a) the polymer class name; (b) its definition; (c) specific or
generic examples, including IUPAC names and a structure or graphical representation;
(d) relations to other polymer classes and subclasses; (e) and notes on the
inclusion or exclusion of borderline cases. An alphabetical index of all class names
is included.
Materias
Ítems relacionados
Mostrando ítems relacionados por Título, autor o materia.
-
Self-organization and swelling of ruthenium-metal coordination polymers with PTA (metal = Ag, Au, Co)
Sierra-Martin B.; Serrano-Ruiz M.; García-Sakai V.; Scalambra F.; Romerosa A.; Fernandez-Barbero A. (MDPI AG, 2018) -
Thermally Promoted Elimination and Substitution Reactions in Poly(p-arylene vinylene) Precursor Polyelectrolytes
Garay, Raúl Oscar; Sarimbalis, Myrian N.; Hernandez, Sandra Analia; Montani, Rosana Silvia (American Chemical Society, 2000-06)The thermal conversion of dialkylsulfonium polyelectrolyte precursor polymers 1b-e to poly(p-arylene vinylene)s was studied by direct pyrolysis mass spectrometry in order to elucidate the mechanism of the sulfonium elimination ... -
New thiophene-based poly(azomethine)s bearing tetraphenylsilane moieties along their backbone. Optical, electronic, thermal properties and theoretical calculations
Sobarzo P.A.; Jessop I.A.; Mariman A.P.; González A.F.; Saldías C.; Schott E.; Zarate X.; Hauyon R.A.; Recabarren-Gajardo G.; González-Henríquez C.M.; Tundidor-Camba A.; Terraza C.A. (Elsevier Ltd, 2020)