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Plasma polymerization

Plasma polymerization (or glow discharge polymerization) uses plasma sources to generate a gas discharge that provides energy to activate or fragment gaseous or liquid monomer, often containing a vinyl group, in order to initiate polymerization. Polymers formed from this technique are generally highly branched and highly cross-linked, and adhere to solid…

Applications, Basic operating mechanism & Common monomers/polymers

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Overview

Introduction

Basic operating mechanism

Synthetic routes

Common monomers/polymers

Advantages and disadvantages

Applications

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Map overview Semantic statistics

Plasma polymerization

Nodes121
Edges120
Triples65
Avg. degree1.98
Density0.016529
Components1

How this topic connects Entity context

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Plasma polymerization

Top relations

related to Types of reactors · 10
Plasma polymerization → All, Bell, Bell-type, Figure, It, Operation, The, There, These, This
has application · 8
Plasma polymerization → Applications, Due, Emerging, For, Of, The, They, Through
related to Glow discharge · 8
Plasma polymerization → Even, For, Glow, Plasma, Some, The, These, This
related to Introduction · 8
Plasma polymerization → By, In, It, Since, Some, The, These, Yasuda
related to Advantages and disadvantages · 7
Plasma polymerization → Another, Nearly, Plasma, The, These, This, While
related to General characteristics of plasma polymers · 6
Plasma polymerization → An, Due, Figure, In, The, While
is a · 1
Plasma polymerization → very complex process

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Important terminology

plasma polymers polymerization polymer monomer also process species formed monomers properties radicals reactor many surface films shown since coatings chemical

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Plasma polymerizationis avery complex process0.90text
graftinginstance ofwhich reduces steps necessary for other coating processes0.80text
ionsinstance ofSynthetic routesPlasma contains many species0.80text
free radicalsinstance ofSynthetic routesPlasma contains many species0.80text
and electronsinstance ofSynthetic routesPlasma contains many species0.80text
so it is important to look at what contributes to the polymerization process mostinstance ofSynthetic routesPlasma contains many species0.80text
chlorineinstance ofMx refers to the original monomer molecule or any of many dissociation products0.80text
fluorineinstance ofMx refers to the original monomer molecule or any of many dissociation products0.80text
hydrogeninstance ofMx refers to the original monomer molecule or any of many dissociation products0.80text
a double bondinstance ofeven saturated hydrocarbons and organic compounds without a polymerizable structure0.80text
can be polymerized with this technique.A second advantage is the ease of application of the polymers as coatings versus conventional coating processesinstance ofeven saturated hydrocarbons and organic compounds without a polymerizable structure0.80text
water treatmentinstance ofthe huge potential of functional plasma polymers is slowly being realized by workers in previously unrelated fields0.80text

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