Khatuna Tserodze

The value of the specific heat capacity is influenced by the temperature of the substance and other thermodynamic parameters. The specific heat capacity is generally different in terms of constant pressure and volume. According to classical notions, the laws of Dulling-Pt and Joule-Cope are fair for heat capacity in the normal temperature range.

E. According to Fisher's classical reaction [1,2], we synthesized pyrrole-containing tetracyclic compounds (12 compounds) and studied the action of these compounds and plant growth regulator - indole acetic acid during the growing season of agricultural crops.

The results of the analytical review of modern models of the microscopic theory of magnetic anisotropy are presented. The model is analyzed by fion ion g-factor anisotropy, which considers the exchange anisotropic interaction between ions.

New heterocyclic condensed systems containing pyrrole and phenothiazine cycles are synthesized according to Fisher's classic reaction: 3H pyrrolo [3,2-c] phenothiazine and 1H-pyrrolo [3,2-b] phenothiazine.

A possibility of a significant increase in the uptake of cesium by plants up to levels sufficient for effective phytoremediation was examined. We employed a novel method to enhance vital functions of plants under conditions of strong patassium deficiency.

A possibility of a significant increase in the uptake of cesium by plants up to levels sufficient for effective phytoremediation was examined. We employed a novel method to enhance vital functions of plants under conditions of strong patassium deficiency.

New heterocyclic condensed systems containing pyrrole and phenothiazine cycles based on Fisher's classical reaction

A possbility of a significant increse in the uptake of cesium by plants up to levels sufficient for effective phytoremediation was examind. We emploayed a novel method to enhance vital functions of plants under conditions of strong potassium deficiency.

It is hard to find the heterocyclic system other then phenothiazine derivatives of which, having simple structure, show such an amazing biological activity. The goal of the given work was creation of new heterocyclic system combining fragments of phenothiazine and pyrrole in one molecule.

The nanoworld is located at the foundation of the material world (at the level of atoms and molecules) and thus encompasses all areas of scientific research.

Preparation technique of the synthesis of isomeric pyrrolophenotPreparation thechnique of the synthesis of isomeric pyrrolophenothiazines of new heterocyclic systems is presented using E. Fisher classical method. The conditions of cycling of initial pyrovinic acid 2-aminophenothiazone are studied. Sin- and anti-isomers relation and their structure are determined on the basis of contemporary spectral data

The scientific work presents the data of annual observations of the qualitative and quantitative constantly formed quarry runoff, which makes it possible to classify these waters as secondary tenogenic hydro-mineral resources.

Doctoral Thesis Referee

Master Theses Supervisor

Doctoral Thesis Supervisor/Co-supervisor

Scientific editor of monographs in foreign languages

Scientific editor of a monograph in Georgian

Editor-in-Chief of a peer-reviewed or professional journal / proceedings

Review of a scientific professional journal / proceedings

Member of the editorial board of a peer-reviewed scientific or professional journal / proceedings

Participation in a project / grant funded by an international organization

Participation in a project / grant funded from the state budget

Patent authorship

Membership of the Georgian National Academy of Science or Georgian Academy of Agricultural Sciences

Membership of an international professional organization

Membership of the Conference Organizing / Program Committee

National Award / Sectoral Award, Order, Medal, etc.

Honorary title

Monograph

Handbook

Research articles in high impact factor and local Scientific Journals

Publication in Scientific Conference Proceedings Indexed in Web of Science and Scopus