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Organic Polymer Material Research

ISSN: 2661-3875 (Online)

Vol. 4 , Iss. 1 (June 2022)

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Reviews
A Brief Review on Fundamentals of Conductive Polymer (CPs)
Subhadeep Chakraborty, Rahul Chatterjee, Abhijit Bandyopadhyay

1-11

Article ID: 4395 DOI：https://doi.org/10.30564/opmr.v4i1.4395
683 (Abstract) 638 (Download)

Abstract:
Polymers are huge compounds made up of numerous monomers (repeated
subunits). They have similar macro and micro properties, as well as
electrical transport qualities, semiconductive capabilities, and optical
features. With the advent of conductive polyacetylene, conductive
polymers have gotten a lot of interest. These conductors have a wide range
of electrical conductivity, which may be produced by doping, while being
mechanically... More
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Article
ATR-FTIR Analysis on Aliphatic Hydrocarbon Bond (C-H) Formation and Carboxyl Content during the Ageing of DC Air Plasma Treated Cotton Cellulose and Its Impact on Hydrophilicity

S. Anitha, K. Vaideki

12-23

Article ID: 4610 DOI：https://doi.org/10.30564/opmr.v4i1.4610
291 (Abstract) 385 (Download)

Abstract:
The surface of the cotton fabric was modified using a Direct current (DC) air plasma treatment and hence enhances its hydrophilicity. The Box-Behnken approach (design expert software) was used to optimise the input process parameters. The sample prepared under optimized condition is subjected to ATR-FTIR and Field Emission... More

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Reviews
Chitosan-based Nanosystems as Drug Carriers

R. Yu. Milusheva, S. Sh. Rashidova

24-37

Article ID: 4644 DOI：https://doi.org/10.30564/opmr.v4i1.4644
318 (Abstract) 189 (Download)

Abstract:
The formation and application of polymeric nanomaterials is great demand
in science, industry, biotechnology, and medicine due to the possibility of
achieving a significant improvement in the physicochemical, mechanical,
and barrier properties of polymers and using them as drug carriers and
fillers, which is especially promising for biodegradable polymers such as
chitosan and their derivatives. The article presents methods for... More

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Article
Study of Structural Characteristics of Cellulose Esters with Different Degrees of Substitution

Michael Ioelovich

38-43

Article ID: 4805 DOI：https://doi.org/10.30564/opmr.v4i1.4805
237 (Abstract) 148 (Download)

Abstract:
In this article, structural characteristics of amorphous mono-, di-, and
tri-substituted esters of cellulose have been studied. These esters were
synthesized under homogenous conditions using anhydrides of various
aliphatic acids. The specific gravity of the highly substituted samples was
measured by a pycnometric method in the aqueous medium. To calculate
the molar, Van der Waals, and free volumes, as well... More

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Announcements

Call for Paper: Special Issue "Semiconducting polymers for electronic applications"

Organic Polymer Material Research

Full Issue

A Brief Review on Fundamentals of Conductive Polymer (CPs)

ATR-FTIR Analysis on Aliphatic Hydrocarbon Bond (C-H) Formation and Carboxyl Content during the Ageing of DC Air Plasma Treated Cotton Cellulose and Its Impact on Hydrophilicity

Chitosan-based Nanosystems as Drug Carriers

Study of Structural Characteristics of Cellulose Esters with Different Degrees of Substitution