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JPH05202209A |
PURPOSE:To obtain a cigarette-resistant constructional material excellent in hardness, scratch resistance, etc., by applying a curable compound consisting mainly of a curable phosphazene on the surface of a substrate comprising marble an...
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JPH0551620B2 |
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JPH0550536B2 |
A flame retardant for polyolefins, comprises as an effective ingredient a hardly water-soluble or water-insoluble, nitrogen-containing phosphorus compound obtained by mixing 100 parts by weight of a condensed phosphoric acid compound wit...
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JPH05186538A |
PURPOSE:To obtain the title particle excellent in hardness, compressive strength, heat resistance and solvent resistance by using a specified polymer. CONSTITUTION:The title particle is made from a cross-linked phosphazene polymer desira...
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JPH05178995A |
PURPOSE:To provide the title particulate which has a particle size small enough for use as a colorant for products and exhibits excellent hue stability. CONSTITUTION:A coloring matter containing a trialkoxysilyl group having an alkoxy gr...
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JPH05179159A |
PURPOSE: To obtain a primer compsn. improving the adhesiveness with the paint containing film applied t a silicone support by compounding an alkoxylsilane, an organotitanate and a tin salt of a carboxylic acid. CONSTITUTION: A primer com...
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JPH0546854B2 |
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JPH0544409B2 |
A compound described by the molecular formula: BNP2O2X6, wherein X is selected from the group consisting of P, Cl, Br, I and mixtures thereof and having the structure: …… …A process for its manufacture by reacting in a halogena...
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JPH05156426A |
PURPOSE: To form a transparent conductive plastic film with the adhesiveness of the substrate to a thin transparent conductive film improved in wear resistance and surface hardness by forming a specified primer layer on the surface of th...
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JPH05503790A |
The specification identifies dithiolenes which give good performance as the critical region of an optical switch. The dithiolenes have the formula shown in Figure 1 wherein: (A) the R groups, any two of which may be the same or different...
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JPH05140542A |
PURPOSE: To obtain the subject antistatic agent composed of a reactional product synthesized from a specified ratio of an aromatic diglycidyl ether, etc., ethylene glycol diglycidyl ether, etc., and phosphoric acid, excellent in thermal ...
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JPH05134451A |
PURPOSE: To make a magnetic toner suitable for use in a copying machine with a developing sleeve rotating at a high speed by adding a dehydrogenated compound of a specified ferrocene polymer as a magnetic substance. CONSTITUTION: This ma...
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JPH05132562A |
PURPOSE:To prepare the subject agent which enables a fine resistless patterning of a ferroelectric thin film by incorporating a sensitive polymer obtd. by the condensation of a specific polymer with a specific compd. into the agent. CONS...
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JPH05132561A |
PURPOSE:To prepare the subject material which enables a fine resistless patterning of a ferroelectric thin film by mixing a colloidal soln. contg. a specific polymer with a specific sensitive compd. CONSTITUTION:A colloidal soln. contg. ...
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JPH05125083A |
PURPOSE: To obtain a surface-treating agent, improving the lusters of the coating surfaces by chemical combination with coating surfaces and capable of maintaining the effects for long periods by reacting a specific metal alkoxide with a...
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JPH0533260B2 |
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JPH0531900B2 |
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JPH0529373B2 |
Process for the preparation of sodium fluoroalcoholates. This process consists in performing the sodium treatment of the fluoroalcohols by means of sodium methylate and in trapping methanol by means of a molecular sieve. Sodium fluoroalc...
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JPH0528450B2 |
PURPOSE:To form a transparent conductive film of an extremely long pot life, a good reproductive property, and an excellent superconductivity by mixing a specific tin alkoxide including chlorine and a specific antimony alkoxide including...
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JPH0598018A |
PURPOSE: To enhance high temp. durability and chemical resistance by reacting a polymer obtained by the ring opening polymn. of specific cyclothionyl chlorophosphazene with a salt. CONSTITUTION: Cyclothionyl chlorophosphazene represented...
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JPH0577346A |
PURPOSE: To provide a packing material improved in the humidity-resistant dependence of antistatic capacity and corrosion resistance. CONSTITUTION: In an air bubble sheet or a laminated air bubble sheet wherein the air bubble sheet and o...
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JPH0570592A |
PURPOSE:To provide a high-molecular metal complex improved in mechanical strength, heat resistance and chemical resistance by mixing a specific polyamic acid with an org. solvent solution of an amine having a long-chain alkyl group and s...
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JPH0520449B2 |
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JPH0519489B2 |
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JPH0559172A |
PURPOSE:To obtain an aromatic polyimide soluble in organic solvents, providing moldings excellent in heat resistance by casting molding method, injection molding method, etc., by introducing a bulky substituent group such as triphenylpho...
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JPH0516017B2 |
A photoconductive imaging member comprised of a photogenerating layer and a hole transport layer, including aryl amines dispersed in resin binders containing a polyphosphazene, such as poly[bis(p-tolylamino)]polyphosphazene, poly[bis(nap...
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JPH0551463A |
PURPOSE:To simply obtain the title polymer useful as a photoresist having high sensitivity, having uniqueness not found in existing polymer materials by reacting di-n-butyldichlorostannane with metal Na in the presence of a crown ether. ...
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JPH0551472A |
PURPOSE:To obtain the title article useful for window glass, having a static contact angle of surface to water of >=a specific value by hydrophilic treatment, excellent non-fogging properties, transparency and scratching properties and h...
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JPH0551457A |
PURPOSE:To obtain the title resin useful as an interlaminar isolating film for multilayered semiconductor device, reduced in shrinkage by heat curing and hardly producing strain of a membrane by heat oxidation by hydrolyzing a specific o...
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JPH0513087B2 |
Linear polychlorophosphazenes are more rapidly produced by polycondensing N-(dichlorophosphoryl)trichlorophosphazene [P2NOCl5] in the presence of a catalytically effective amount of the bis(dichlorophosphoryl)imide of the formula:
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JPH0532683A |
PURPOSE: To obtain the subject new compound useful as an immunoregulating agent by reacting a trihalogermane, etc., with a phosphonic acid derivative and hydrolyzing the obtained trihalogermylphosphonic acid derivative. CONSTITUTION: The...
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JPH059454B2 |
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JPH054138B2 |
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JPH0481522B2 |
Colorless, or but very faintly tinted N-(dichlorophosphoryl)trichlorophosphazene [P2NOCl5] is prepared by reacting phosphorus pentachloride with ammonium chloride in the presence of POCl3, and then treating the resulting medium of reacti...
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JPH0480935B2 |
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JPH0478653B2 |
A composition for forming a release coating comprises: (A) 100 parts by weight of a polyorganoborosiloxane having an average composition represented by formula I: RaSiO(4-a)/2x(BO1.5)b (I) wherein R is a substituted or unsubstituted mono...
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JPH0477014B2 |
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JPH04339826A |
PURPOSE: To obtain a compound useful as a precursor of ceramics which gives a high yield of ceramics after pyrolysis by selecting specified crosslinked poly(organosilyl hydrazine). CONSTITUTION: Crosslinked poly(organosilyl hydrazine) is...
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JPH04337328A |
PURPOSE:To obtain a phosphazene polymer under a relatively mild reaction condition in a short time and in high yield without causing a problem of remaining chlorine. CONSTITUTION:An organophosphine-imine [e.g. N-trimethylsilyl-tris(2,2,2...
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JPH04335033A |
PURPOSE: To obtain the subject polysilazanes being useful as ceramic precursors by selecting specified crosslinked polysilazanes. CONSTITUTION: Crosslinked polysilazanes comprizing a plurality of patterns of formula I and wherein these p...
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JPH04317403A |
PURPOSE: To obtain the polymer material which has high temperature resistance and can be manufactured at relatively low temperature by incorporating phosphorous, aluminum, and carbon atoms. CONSTITUTION: With a source (b) of phosphorus b...
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JPH04314736A |
PURPOSE:To produce the title polymer in a short time at a high yield under relatively mild conditions without causing any problem with residual chlorine by polycondensing an N-silylphosphazene compd. using an organolithium compd. as a ca...
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JPH04314738A |
PURPOSE:To produce the title polymer in a short time at a high yield under relatively mild conditions without causing any problem with residual chlorine by polycondensing an N-silylphosphazene compd. using ammonium fluoride or an amine h...
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JPH04314737A |
PURPOSE:To produce the title polymer in a short time at a high yield under relatively mild conditions without causing any problem with residual chlorine by polycondensing an N-silylphosphazene compd. using an alkali metal alkoxide as a c...
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JPH04314735A |
PURPOSE:To produce the title polymer in a short time at a high yield under relatively mild conditions without causing problem with residual chlorine by polycondensing an N-silylphosphazene compd. using an alkali metal fluoride as a catal...
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JPH04310225A |
PURPOSE: To produce a composite membrane for filtration having a uniform membrane thickness. CONSTITUTION: In the membrane for filtration, gas or liq. separation and evaporative separation device containing at least one porous layer cons...
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JPH04305586A |
PURPOSE: To provide a novel oligophosphate which has excellent antiviral activity and activity to retroviruses, more particularly to HIV and have simplified chemical structure. CONSTITUTION: The acryl oligophosphate of formula I [(n) is ...
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JPH04298532A |
PURPOSE: To obtain a polyphosphonate comprising specified structural units, showing improved fluidity in spite of its high gel content, used in a relatively small amount in another thermoplastic material and being capable of giving a mix...
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JPH04296329A |
PURPOSE:To obtain the subject polymer having excellent heat-resistance, oil- resistance, etc., on an industrial scale at a low cost by reacting an N- silylphosphazene compound using a tetraalkyl ammonium bromide as a polycondensation cat...
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JPH0465004B2 |
Linear polychlorophosphazenes having a dichlorothiophosphoryl terminal group and corresponding to the formula Cl2(S)P-NPCl2]n Cl wherein n is a number equal to or more than 4. The aforesaid linear polychlorophosphazenes are prepared by p...
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