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Journal of Polymer Science Part A: Polymer Chemistry, 2005
AbstractHigh‐aliphatic‐content linear nylons were produced with an 18‐carbon diacid with diamines containing both odd and even methylene segments. The resulting polymers were characterized with viscosimetric, thermal, and spectroscopic techniques. Solid‐state 15N NMR was used to determine the nylon crystalline form present.
Carl Bennett, Lon J. Mathias
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AbstractHigh‐aliphatic‐content linear nylons were produced with an 18‐carbon diacid with diamines containing both odd and even methylene segments. The resulting polymers were characterized with viscosimetric, thermal, and spectroscopic techniques. Solid‐state 15N NMR was used to determine the nylon crystalline form present.
Carl Bennett, Lon J. Mathias
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Nylon and nylon blend nanotubes and nanorods
Journal of Nanoparticle Research, 2007Nylon nanorods and nanotubes (200 nm diameter) were fabricated by the membrane wetting technique (solvent and melt wetting) from a range of nylons (6; 6,6; 6,9; 6,10; 6,12; 11; 12, 6(3)T) and nylon blended with different dyes (Nylon Cast Blue, Nylon 6/6 Black) or with molybdenum disulfide (Nylon cast MDS).
Valentina Simonetti +3 more
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1997
Nylon 66 and nylon 6 are two important members of a group of polymers known as polyamides. The structural units of a polyamide are joined together by an amide, -NH-CO-, group. A polyamide manufactured from aliphatic monomer(s) is commonly designated as nylon.
B. L. Deopura, A. K. Mukherjee
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Nylon 66 and nylon 6 are two important members of a group of polymers known as polyamides. The structural units of a polyamide are joined together by an amide, -NH-CO-, group. A polyamide manufactured from aliphatic monomer(s) is commonly designated as nylon.
B. L. Deopura, A. K. Mukherjee
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Spherulites in nylon 610 and nylon 66
Journal of Polymer Science, 1961AbstractThe two types of spherulites in nylon 610 differ in birefringence, melting point, and rate of growth. The rates of growth depend strongly upon the degree of supercooling, and—at least for the positive spherulites—to a small extent on the molecular weight. The rate curve for the positive spherulites has a singular point at 188°C.
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Applied Microbiology and Biotechnology, 2014
Nylon hydrolase degrades various aliphatic nylons, including nylon-6 and nylon-66. We synthesized a nylon-66 copolymer (M w = 22,900, M n = 7,400), in which a part of an adipoyl unit (32 % molar ratio) of nylon-66 was replaced with a succinyl unit by interfacial polymerization.
Keisuke, Nagai +8 more
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Nylon hydrolase degrades various aliphatic nylons, including nylon-6 and nylon-66. We synthesized a nylon-66 copolymer (M w = 22,900, M n = 7,400), in which a part of an adipoyl unit (32 % molar ratio) of nylon-66 was replaced with a succinyl unit by interfacial polymerization.
Keisuke, Nagai +8 more
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Journal of Pharmaceutical Sciences, 1969
Unique permeability characteristics of Nylon film make it a useful membrane for conduct of dialysis studies or separations which are not readily accomplished with semipermeable films more commonly employed for these purposes. The permeability of Nylon to drugs is not that exhibited by a porous membrane, nor that of many nonporous polymeric membranes ...
H B, Kostenbauder +2 more
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Unique permeability characteristics of Nylon film make it a useful membrane for conduct of dialysis studies or separations which are not readily accomplished with semipermeable films more commonly employed for these purposes. The permeability of Nylon to drugs is not that exhibited by a porous membrane, nor that of many nonporous polymeric membranes ...
H B, Kostenbauder +2 more
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Nylon—A material introduction and overview for biomedical applications
Polymers for Advanced Technologies, 2021Mohamadreza Shakiba +2 more
exaly