Han W. Formation of carbon and oxide nanostructures for renewable energy: modeling and experimental study

Українська версія

Thesis for the degree of Doctor of Science (DSc)

State registration number

0519U001628

Thesis Registration Form

0519U001628.pdf

Applicant for

Specialization

  • 01.04.18 - Фізика і хімія поверхні

15-10-2019

Specialized Academic Board

Д 26.168.02

G. V. Kurdyumov IMPh of the N.A.S.U.

Essay

The thesis presents a new direction in the field of physics and chemistry of surfaces aimed to development of nanostructured carbon-containing, oxide and composite materials for supercapacitors, gas sensors, catalysts, electro-or photo catalysts, phosphors and semiconductors in order to create devices for renewable energy, develop energy-saving and environmentally safe technologies. A number of original strategies for obtaining nanosystems of specified types have been proposed, their physical and chemical characteristics have been studied and their theoretical calculations have been carried out. The obtained results and proposed models demonstratean importance of the role of nanostructures for improving useful properties of materials for power-transforming devices.

Read more

Files

HanWei_disser.pdf

autoreferat--HanWei_Avtoref.pdf

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