Polymers in Energy Conversion and Storage

Chapter 01

History and Progress of Polymers for Energy Applications

Chapter 02

Polymer Electrolytes for Supercapacitor Applications

Chapter 03

Polyaniline-Based Ternary Composites for Energy Accumulation in Electrochemical Capacitors

Chapter 04

Self-healing Gel Electrolytes for Flexible Supercapacitors

Chapter 05

Polymer nanogenerators

Chapter 06

Pyroelectric and piezoelectric polymers

Chapter 07

Polymer and Composites for Solar Cell Applications

Chapter 08

Polymers and composites for fuel cell applications

Chapter 09

Solid Polymer Electrolytes for Solid State Batteries

Chapter 10

Polymer batteries

Chapter 11

Polymer semiconductors

Chapter 12

Polymer organic photovoltaics

Chapter 13

Polymers and their composites for wearable electronics

Chapter 14

Polymer-based organic electronics

Chapter 15

Polymers and their Composites for Thermoelectric Applications

Chapter 16

Polymeric materials for hydrogen storage

Chapter 17

Polymers and their composites for water-splitting applications

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• Engenharia química
• Engenharia electrotécnica
• Ciência dos materiais
• Física da Matéria Condensada (física do estado sólido e estado líquido)
• Tecnologia das fontes de energia renovável e alternativa
• Química industrial

Pristine polymer;supercapacitor;thermoelectric polymer;polymer electrolyte;graphene;photoelectrochemical water splitting;Polymer Electrolytes;Energy Density;Ionic Conductivity;Conducting Polymers;Electrochemical Performance;PPy;Conjugated Polymers;Organic Field Effect Transistors;MFC;Gel Electrolyte;Fuel Cells;Ionic Liquid;OPVs;Energy Harvesting;Semiconducting Polymers;Polyvinylidene Fluoride Trifluoroethylene;Inorganic Solid Electrolytes;SE;Flexible Supercapacitors;Energy Storage Applications;PCE;Seebeck Coefficient;PEM Electrolysis;PPy Film;Thermoelectric Materials