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Examples of records types on the Polymer Library
There are three types of record that appear on
the database: abstracts records, trade name records and address records.
The majority of the records are abstracts.
These are abstracts of journal articles, complete conferences, conference
papers, books, book chapters, reports, trade literature, press releases,
standards and specifications and patents (1994 - 2001, except adhesives patents 1994 - 2006).
Journal Article
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-Accession_Number- 898226
-Update- 200322
-Title-
SYNTHESIS AND CHARACTERIZATION OF SILICA NANOCOMPOSITE IN
SITU PHOTOPOLYMERIZATION
-Abstract-
Nanocomposites consisting of
nanometer silica fillers embedded in thermoset polymers were
prepared by in-situ polymerisation of UV-curable systems containing
different contents of nanometer silicas by irradiation with UV
light. As a result of the introduction of nanosilicas, the cure
rates of the UV curing of dispersing systems were reduced, i.e. the
cure times were increased. The mechanical properties of the
nanocomposites, such as TS and
Young's modulus, increased and the thermal stability of the
nanocomposites at temperatures lower than 400K improved. The
dispersion states of the nanometer silicas within the polymer matrix
were characterised by TEM and the results showed that the nanometer
silicas had good homogeneously dispersing states within
nanocomposites containing less than 3 wt % nanometer silicas. 20
refs.
-Language-
English
-Authors- Guo Cai Xu; Ai Yuan Li;
Li De Zhang; Guo Sheng Wu; Xiao You Yuan; Ting Xie
-Affiliations- China,Institute of
Solid State Physics; Anhui,University of Science & Technology
-Journal_Name- Journal of Applied
Polymer Science -ISSN- 0021-8995
-Citation- 90, No.3, 17th Oct.2003,
p.837-40
-Locations- CHINA
-Index_Terms- ADDITIVE;
CHARACTERISATION; CHARACTERIZATION; COMPOSITE; CONCENTRATION; CURE
RATE; CURE TIME; CURING; CURING RATE; DATA; DEGREE OF DISPERSION;
DISPERSIVITY; E-MODULUS; ELASTIC MODULUS; FILLER; GRAPH; HEAT
RESISTANCE; HOMOGENEOUS; IN SITU POLYMERISATION; IN-SITU
POLYMERISATION; IN-SITU POLYMERIZATION; INSTITUTION; MECHANICAL
PROPERTIES; NANOCOMPOSITE;
PHOTOPOLYMERISATION; PHOTOPOLYMERIZATION; PLASTIC; POLYMERISATION;
POLYMERIZATION; PROPERTIES; STABILITY; SYNTHESIS; TABLES; TECHNICAL;
TEM; TENSILE PROPERTIES; THERMAL STABILITY; THERMOSET; TRANSMISSION
ELECTRON MICROSCOPY; TS; ULTRAVIOLET CURING; UV CURING;
VULCANISATION TIME; VULCANIZATION TIME; YOUNG'S MODULUS
-Class_Codes- 51SS; 722351; 895
-Non_Polymer_Terms- SILICA;
SILICON DIOXIDE
-Document_Type-
Journal
Article
-Record_Type- Abstract
Record |
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Conference Paper
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-Accession_Number- 898433
-Update- 200322
-Title-
FIRE-RESISTANT ELASTOMERS
-Abstract- The molecular design of
semi-inorganic polymers was used to produce
polysilphenylene-siloxane and polyphosphazene elastomers having
comparable fire safety to heat-resistant engineering plastics. In
flaming combustion, a polyphosphazene rubber was shown to have a
four times lower peak heat release rate than the PU elastomer
currently used in fire-blocked aircraft seat cushions. The addition
of expandable graphite flakes to PU and polyphosphazene elastomers
reduced their peak heat release rates by factors of seven and five,
respectively. 47 refs.
-Language-
English
-Authors- Lyon R E; Speitel L;
Walters R N; Crowley S
-Affiliations- US,Federal Aviation
Administration; Galaxy Scientific Corp.
-Journal_Name- Fire and Materials
-ISSN- 0308-0501
-Citation- 27, No.4, July-Aug.2003,
p.195-208
-Locations- USA
-Index_Terms- AIRCRAFT SEAT;
COMBUSTION; CUSHIONING; DATA; ELASTOMER; ENERGY RELEASE RATE;
EXPANDABLE; FIRE RESISTANCE; FLAKE; FLAMMABILITY; GRAPH; HEAT
RELEASE RATE; INORGANIC POLYMER; INSTITUTION; MOLECULAR DESIGN;
PHOSPHAZENE POLYMER; PHOSPHORUS POLYMER; PHOSPHORUS-CONTAINING
POLYMER; POLYPHOSPHAZENE; POLYSILOXANE; POLYSILPHENYLENESILOXANE;
PROPERTIES; RUBBER; SILICON POLYMER; SILICON-CONTAINING POLYMER;
SILICONE POLYMER; SILOXANE POLYMER; TABLES; TECHNICAL; THERMAL
PROPERTIES
-Class_Codes- 45C; 45D; 968
-Non_Polymer_Terms- GRAPHITE
-Document_Type-
Journal
Article
-Record_Type- Abstract
Record |
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Standard
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-Accession_Number- 896924
-Update- 200321
-Title- JIS
Z1701. RUBBER BAND FOR PACKAGING
-Abstract- Version 95(R2001). Photocopies and loans of this
document are not available from Rapra.
-Language- English
-Affiliations- Japanese Standards Association
-Citation- Tokyo, 1995, pp.4. NALOAN
-Standards_Number- JIS Z1701
-Locations- JAPAN
-Index_Terms-
APPLICATION; ELASTOMER; INSTITUTION; PACKAGING; PACKAGING
APPLICATION; RUBBER; RUBBER BAND; SPECIFICATION; STANDARD; TECHNICAL
-Class_Codes-
71; 41C1; 42D12; 6P51
-Document_Type-
Standard
-Record_Type-
Abstract
Record |
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Patent
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-Accession_Number- 897358
-Update- 200322
-Title-
ACRYLIC PRESSURE-SENSITIVE ADHESIVE COMPOSITION AND
PRESSURE-SENSITIVE ADHESIVE TAPE
-Abstract- The adhesive
composition contains an acrylic polymer and a tackifier obtained by
acid modification of a tackifier resin inherently free of an acid
component. The adhesive tape includes a substrate made of a film
comprising an olefin polymer or a thermoplastic resin containing a
carbonyl oxygen atom in the molecular skeleton, and the acrylic
pressure-sensitive adhesive composition on at least one surface of
the substrate. The adhesive composition has high adhesive strength
(particularly initial adhesive strength) to an adherend having lower
polarity, such as an olefin polymer. The pressure-sensitive adhesive
tape is also useful for binding.
-Language-
English
-Authors- Ishiguro S; Kanatani M;
Ikishima S
-Affiliations- Nitto Denko Corp.
-Patent_Number- EP 1342763 A2
20030910 -Application_Data- EP
03-004058 20030225 -Priority_Data- JP
02-51840 20020227; JP 02-204898 20020712
-Locations- EUROPEAN COMMUNITY;
EUROPEAN UNION; JAPAN; WESTERN EUROPE-GENERAL
-Index_Terms- ACRYLIC POLYMER;
ADHEREND; ADHESION; ADHESIVE; ADHESIVE TAPE; ALKENE POLYMER;
CHEMICAL MODIFICATION; COMPANIES; COMPANY; COMPOSITION; FILM; FILMS;
MODIFICATION; OLEFIN POLYMER; PLASTIC; POLARITY; POLYALKENE;
POLYMERIC TACKIFIER; POLYOLEFIN; PRESSURE-SENSITIVE ADHESIVE;
SUBSTRATE; TACKIFIER; TAPE; TECHNICAL; THERMOPLASTIC
-Class_Codes- 42C351; 53RS; 6A1;
6A7
-Adhesive_Codes- ADAHP; ADANC;
ADAHC
-Non_Polymer_Terms- ACID
-Document_Type-
Patent
-Record_Type- Abstract
Record
-IPC- C09J133/08; C09J7/02
-Designated_States- AT; BE; BG;
CH; CY; CZ; DE; DK; EE; ES; FI; FR; GB; GR; HU; IE; IT; LI; LU; MC;
NL; PT; SE; SI; SK; TR; AL; LT; LV; MK; RO |
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Trade Literature
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-Accession_Number- 894763
-Update- 200319
-Title-
PMMDA GUIDE TO MOULD TEMPERATURE CONTROL
-Abstract- This PMMDA guide to
mould temperature control has been compiled to provide plastics
processors with a guide to mould temperature control and a code of
practice against which mould temperature controller specifications
can be measured. The need for mould temperature control is briefly
discussed, followed by a glossary of terms, and the use of heat
transfer fluids. The selection of the temperature control unit
depends on the material to be processed, the weight of the mould,
and material throughput. Standard calculations are presented for
calculating the required heating capacity/cooling capacity in kW.
Specific heat values are tabulated for mould materials, and typical
processing temperatures for plastics are indicated.
-Language-
English
-Affiliations- UK,Polymer
Machinery Manufacturers & Distributors Association
-Citation- Rugby, c. 2003, pp.4,
30 cm, 12/8/03
-Locations- EUROPEAN COMMUNITY;
EUROPEAN UNION; UK; WESTERN EUROPE
-Index_Terms- CALCULATION; CODE OF
PRACTICE; COMPANIES; COMPANY; DATA; GLOSSARY; HEAT TRANSFER; MOLD
TEMPERATURE; MOULD TEMPERATURE; PLASTIC; SPECIFIC HEAT;
SPECIFICATION; STANDARD; TABLES; TECHNICAL; TEMPERATURE CONTROL;
THERMAL PROPERTIES; THERMOPLASTIC
-Class_Codes- 28313; 28(21)
-Document_Type-
Trade
Literature
-Record_Type-
Abstract
Record |
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Trade Name Record
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-Accession_Number- 896774
-Update- 200321
-Title-
(Trade Name Record)
-Abstract- Non-woven laminated filter media for use in liquid
and air filtration.
-Language- English
-Journal_Name-
Official Gazette of the US Patents and Trademarks Office: Trademarks
-Citation- 1273, No.3, 19th Aug.,
2003, p.585
-Trade_Names-
HOVOGLAS PLUS -Company_Names-
HOLLINGSWORTH & VOSE CO.
-Index_Terms-
FABRIC; FILTER; LAMINATE; NON-WOVEN FABRIC
-Class_Codes-
6M; 62(11)
-Document_Type-
Journal
Article
-Record_Type- Trade
Name Record |
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Address Record
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-Accession_Number- 896798
-Update- 200321
-Title-
HAPPY SCHUH GMBH-SCHUHPRODUKTION(Address Record)
-Address- Industriestrasse,
D-53562, St. Katharinen, Germany
-Company_Names- HAPPY SCHUH GMBH-SCHUHPRODUKTION
-Locations- EUROPEAN COMMUNITY;
EUROPEAN UNION; GERMANY; WESTERN EUROPE |
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