Basnukaeva R. Features of the kinetics of low-temperature gas sorption by carbon nanostructures.

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0416U005015

Thesis Registration Form

0416U005015.pdf

Applicant for

Specialization

  • 01.04.09 - Фізика низьких температур

14-06-2016

Specialized Academic Board

Д 64.175.02

B. Verkin Institute for Low Temperature Physics and Engineering of the National Academy of Sciences of Ukraine

Essay

The thesis is devoted to the experimental revealing of features of the sorption characteristics of carbon nanostructures and determination of the influence of quantum effects and irradiation on the kinetics of the carbon nanostructures saturation by different gases. It has been revealed that the glass transition in fullerite С60 induces an order-of magnitude tenfold decrease in the activation energy of heavy impurities diffusion in the fullerite. It has been defined that the removing O2-containing groups during the process of Hz-reduction increases the sorptive capacity of graphene oxide from three to six times.

Read more

Files

aref.pdf

diss.pdf

Similar theses

0420U100970

Horbatenko Yuliia Viktorivna

Thermal conductivity of molecular crystals formed by flexible molecules

0418U005025

Rubets Serhii Petrovych

Homogenization and phase separation of concentrated solid 3Не–4Не solutions

0418U003409

Mykhailenko Khrystyna

Dissipative processes at resonant excitation of a weakly turbulent flow in superfluid helium

0417U004164

Khlistyuck Maria Valentynivna

Pecularities of the sorption properties and thermal expansion of low dimensional nanostructures.

0517U000488

Sheshyn Grigorii Aleksandrovich

The kinetic and dynamic effects in superfluid helium and its isotope solutions under the conditions of temperature and pressure inhomogeneities