Merena R. Electron-ion processes on activated carbon/electrolyte boundary.

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0408U003666

Thesis Registration Form

0408U003666.pdf

Applicant for

Merena Roman Ivanovych

Specialization

01.04.18 - Фізика і хімія поверхні

Date of defense

27-06-2008

Specialized Academic Board

Д 20.051.06

Kolomyia Educational-Scientific Institute The Vasyl Stefanyk Precarpathian National University

Essay

The research results of activated carbon materials both of organic and synthetic origin used as electrodes of electrochemical capacitors are presented in thesis. The influence of chemical and thermal modification on structural transformation in activated carbon materials, electron-ion processes in double electric layer on electrode/electrolyte boundary, and accordingly power intensity characteristics of capacitor formed on its basis are investigated. The behavior of given carbon materials is studied at set of water and aprotic electrolyte solutions.

Thesis supervisor

Budzulyak Ivan Myhajlovych

Official opponents

Лукіянець Богдан Антонович
Куницький Юрій Анатолійович

Files

aref.doc

dis--Rozdil I.doc

dis--Rozdil II.doc

dis--Rozdil III.doc

dis--Rozdil IV.doc

dis--Rozdil V.doc

dis--Література_нова.doc

dis--Титулка, зміст, вступ.doc

Similar theses

0424U000034

Samsonenko Mariia M.

Modification of tin (IV) oxide and its use as a sorbent and catalyst

0523U100223

Serhii O. Aleksieiev

Surface chemistry, functionalization methods and properties of silicon and silicon carbide based nanomaterials.

0521U102008

Linnik Oksana P.

Physicochemical approches to hybrid semiconductive films’ synthesis for ecological photocatalysis

0421U103439

Kryshchuk Taras Vasylovych

Electronic structure surface of chemically active nanodispersed compounds of tungsten and titanium synthesized by electric explosion of wires

0421U103433

Sapelnikova Olena Yu.

Photoluminescence and local electric fields in two-dimensional structures of macroporous silicon with nanocoatings