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JPH035403A |
PURPOSE: To obtain a dispersing agent for biocidal granule, composed of a copolymer of a sulfone group-containing monomer. hydrophobic monomer and hydrophilic monomer at a specific molar ratio and excellent in disintegrating and extendin...
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JPH035404A |
PURPOSE: To provide the subject dispersant excellent in self-dispersibility, comprising a copolymer from a sulfonic group-contg. monomer and another copolymerizable monomer such as unsaturated monocarboxylic acid, its alkyl ester or unsa...
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JPH03418B2 |
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JPH02274708A |
PURPOSE:To obtain a resin modifier useful for improving the heat resistance of a plastic by using a copolymer of a specified polymerizable component in a naphtha oil with maleic anhydride. CONSTITUTION:A polymerizable component in a naph...
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JPH0250887B2 |
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JPH02270888A |
NEW MATERIAL:The compound of formula I (R1 is methyl, ethyl or methoxyethyl; R2 is H or methyl). EXAMPLE: (Norbornenylmethyl) triethoxysilane. USE: A surface-treating agent for reinforcing material such as glass fiber or a silane couplin...
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JPH0240091B2 |
PURPOSE:To produce the titled polymer excellent in surface activity and useful as an emulsifier, dispersant, wetting agent, detergent, or smoothing agent, by polymerizing sulfonated dicyclopentadiene. CONSTITUTION:Sulfonated dicyclopenta...
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JPH02215805A |
PURPOSE:To obtain a radiation-curable resin with excellent curing characteristics, coating properties, etc., and useful for a printing ink, etc., by esterificating a specified hydroxylated cyclopentadiene resin with an alpha,beta-unsatd....
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JPH0231753B2 |
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JPH02180910A |
PURPOSE:To obtain a polymer of a narrow MW distribution in good efficiency by polymerizing a cycloolefin optionally having an unsaturated bond outside the ring in the presence of a catalyst comprising a combination of a transition metal ...
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JPH02167743A |
PURPOSE: To improve the adhesive properties, solvent resistance and the resistance to bulge by treating a copper foil with a certain type of silane compound and laminating a polymer at a temperature higher than the glass transition tempe...
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JPH0229083B2 |
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JPH02127410A |
PURPOSE:To obtain a new copolymer containing polyphenylenevinylene structure, having excellent electrical conductivity and adhesivity to metal and suitable for film by copolymerizing a specific cyclohexadiene with a comonomer. CONSTITUTI...
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JPH0221403B2 |
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JPH0220667B2 |
An improved autoxidizab!e coating and/or impregnating composition comprises:(1) from 35 to 80 parts by weight, based on the total weight of components (1), (2) and (3), of a film-forming component comprising one or more drying oil and/or...
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JPH0217563B2 |
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JPH0217547B2 |
4-Nitro-2-trichloromethylbenzenesulfenic acid derivatives of the formula where R1 is nitroimidazolyl, which is substituted by alkyl, phenyl or benzyl, or R1 is S-alkyl, which is substituted by an S-S-phenyl radical, itself substituted in...
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JPH0216881B2 |
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JPH0297505A |
PURPOSE:To make a polymer useful as a slump loss reducing type additive for a cement composition, a mud stabilizer, or the like by sulfonating a copolymer of a specific component with maleic anhydride. CONSTITUTION:A component (A) having...
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JPH0284428A |
PURPOSE: To enhance polymerizing activity of the subject monomer so as to produce copolymer having high thermal stability by heating a coarse norbornane- based monomer containing a polymerizing inhibitor and a specific amount of dicyclop...
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JPH0273811A |
PURPOSE:To provide the subject composition readily subjected to waste water treatments and useful for cleansers by containing an acrylate salt-cyclohexenone copolymer based on a simply synthesized acrylic polymer and having biological de...
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JPH0237862U |
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JPH0236223A |
PURPOSE:To obtain subject resin useful as a resin for tacky adhesive, binder for paint and ink, etc., by hydrogenating a norbornene compound with a specific Ziegler catalyst and polymerizing the hydrogenated compound. CONSTITUTION:The ob...
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JPH0229411A |
PURPOSE: To enhance the softening point, and improve the dilution and solubility to aliphatic solvents by dissolving a dicyclopentadiene resin to a specified aromatic fraction followed by cation copolymerization. CONSTITUTION: A dicyclop...
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JPH01318025A |
PURPOSE: To manufacture the subject copolymer of high molecular weight, that has a weight-average molecular weight of more than a specified value, by copolymerizing maleic anhydride and resin acid in rosin or its ester in the existence o...
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JPH01318023A |
PURPOSE: To prepare industrially in a good yield the title copolymer by copolymerizing indene with maleic anhydride by using a specified reaction solvent by the radical polymn. process. CONSTITUTION: In the preparation of a copolymer con...
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JPH01311109A |
PURPOSE: To obtain the subject copolymer having excellent heat-resistance, compatibility, pulverizability, transparency, etc., and low molecular weight by copolymerizing an aromatic vinyl compound with a cycloolefin composed of a specifi...
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JPH0156108B2 |
Carboxyl modified petroleum resins suitable as resins in inks for off-set printing are obtained by heating cyclopentadiene or a comparable monomer with 1 to 15 wt. % of a carboxylic acid which is not alpha - beta , unsaturated at from 27...
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JPH0153692B2 |
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JPH01282214A |
PURPOSE: To obtain the subject composition useful as paint, adhesive and thermosetting resin by homopolymerizing dicyclopentadiene in the presence of catalyst comprising a compound of specific transition metal and aluminoxane. CONSTITUTI...
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JPH0151495B2 |
Reactive polymeric compositions are prepared by subjecting arylcyclobutene monomeric compositions to polymerization conditions to provide a partially polymerized composition; and removing the partially polymerized composition from said c...
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JPH01172409A |
(57) [Abstract] Since this gazette is application data in front of an electronic application, the data of an abstract is not recorded.
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JPH01168705A |
PURPOSE: To obtain efficiently the title copolymer having excellent adhesiveness and compatibility, by copolymerizing ethylene, an α-olefin and a specified monomer in the presence of a catalyst consisting of a soluble V compd. and an or...
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JPH01167314A |
PURPOSE:To obtain noncrystalline polyindene with high glass transition temperature, good in transparency, low in birefringence, useful as a heat-resistant polymer or optical material, by polymerization of indene using a specific catalyst...
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JPH0119572B2 |
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JPH0116407B2 |
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JPS6469612A |
PURPOSE: To obtain efficiently polymers excellent in flexural elastic modulus, etc., by using 2,6-dihalo-4-alkylphenol as phenolic compounds to be used for metathesis polymerization having strained rings. CONSTITUTION: The cycloolefin po...
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JPS644609A |
PURPOSE: To obtain a copolymer whose flow characteristics during molding are largely improved without detriment to the thermal stability and softening temp., by copolymerizing vinyl chloride with a cyclic olefin in the presence of a radi...
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JPS63314220A |
PURPOSE: To prepare an addition polymer having an excellent heat resistance, by polymerizing a product obtd. by the heat treatment of dicyclopentadienes and ethylene in the presence of a Ziegler catalyst. CONSTITUTION: A dicyclopentadien...
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JPS6353205B2 |
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JPS63249154A |
PURPOSE: To obtain a toner superior in fixability and offset prevention performance and easiness in production by incorporating a polymer prepared by using a specified monomer as an essential material as a binder. CONSTITUTION: The polym...
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JPS63243111A |
PURPOSE: To obtain a polymer useful as various molded articles, having high glass transition temperature, excellent heat resistance, improved transparency, chemical resistance, dielectric properties and mechanical properties, by (co) pol...
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JPS63223013A |
PURPOSE: To obtain a novel polymer, containing dimethano-decahydro-fluorene as constituent units, having excellent heat resistance and transparency, chemical, solvent resistance, dielectric characteristics and well balanced mechanical pr...
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JPS63215708A |
PURPOSE: To produce the title molded product excellent in heat resistance, releasability and paint adhesion using an inexpensive mold with the polymerization initiation speed controlled, by subjecting a monomer mixture of a metathesis po...
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JPS63210114A |
PURPOSE: To obtain an oxygen-permeable material suitable for hard contact lenses, etc., and excellent in wearability, stain resistance and biocompatibility, formed from a fluorinated copolymer obtained by copolymerizing a specified fluor...
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JPS63205307A |
PURPOSE: To produce the title molding improved in a softening temperature and flame retardance, by bulk-polymerizing a specific halogenated alicyclic polycyclic compound and a non-halogenated metathesis-polymerizable cyclic compound in t...
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JPS6334873B2 |
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JPS63145309A |
PURPOSE: To obtain the title material which is easy of heat-templating procedures, excellent in reproducibility and capable of reclamation of a scrapped template, by using trans-polyoctenamer as the principal ingredient. CONSTITUTION: Cy...
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JPS6392625A |
PURPOSE: To obtain the title molding excellent in heat resistance and suitable as a large molding such as an automobile member, by simultaneously performing polymerization and molding of a monomer feed comprising a specified adduct or it...
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JPS6392624A |
PURPOSE: To obtain the title easily moldable composition which can give a three-dimensional cured product of a low dielectric constant and excellent heat resistance, by prereacting 1,5,9-cyclododecatriene with a specified polymaleimide i...
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