Sections and topics

During the conference there will be plenary lectures of leading scientists, section meetings where both oral and poster reports, and discussions during round tables on the most actual problems.

Exhibitions of the equipment and devices of the largest manufacturers will be organised . Theses of all reports will be published in the book of abstracts which will be received by all participants. English and Russian will be conference working languages.

Section 1. The general problems of chemical thermodynamics

• methodological problems and new methods of phenomenological and statistical thermodynamics of reversible and irreversible processes;
• systematization and standardization of thermodynamic data;
• modeling of physical-and-chemical processes with use of modern methods and approaches of chemical thermodynamics;
• modern experimental and rated methods of definition of thermodynamic characteristics, its development and perfection.

Section 2. Thermodynamics of individual chemical compounds

• experimental definition of standard thermodynamic characteristics of individual chemical compounds;
• thermodynamics of the phase transitions connected with participation of individual organic and inorganic compounds;
• additive-group calculations and correlation estimations of standard thermodynamic parameters of individual chemical compounds;
• modern quantum-chemical methods of calculation of thermodynamic parameters of molecules;
• thermodynamic aspects in creation and use of new materials on the basis of individual organic and inorganic compounds;
• thermodynamics of individual high-molecular, super-and supra-molecular compounds..

Section 3. Thermodynamics of the multicomponent systems

• thermodynamics colloidal, polymeric, membrane and liquid crystal systems, mono-and multimolecular thin films;
• thermodynamics of nanocomposites and other systems on the nano-structural level;
• thermodynamics of mixtures;
• thermodynamics of the biochemical systems;
• thermodynamics of the surface phenomena, phase transitions and interphase interactions in heterogeneous systems;
• experimental and theoretical approaches for thermodynamic studying the physico-chemical processes in multicomponent inhomogeneous systems.

Section 4. Applied aspects of chemical thermodynamics

• thermodynamic analysis of chemical reactions in technology of inorganic substances;
• thermodynamic analysis of chemical reactions in technology of organic and petrochemical synthesis;
• modeling and perfection of technological processes with use of modern methods and approaches of chemical thermodynamics;
• thermodynamic methods in working out new and perfection existing industrial catalystic processes.

Section 5. Thermodynamics of supercritical fluid systems

• thermodynamics of the critical phenomena and phase transitions;
• thermodynamics of processes in the systems including supercritical fluid environments;
• thermodynamic approaches to creation of new and perfection of operating technological processes with use of supercritical fluid environments.

Round tables:

1. Thermodynamics of nonequilibrium processes
2. Thermodynamics of processes of reception of nanomaterials
3. Thermodynamics of geochemical processes
4. Problems of teaching of chemical thermodynamics in high educational institutions
5. Centennial F.Gaber reception of ammonia by contact method