Add to ORKGThe work covers theoretical description of paraffin and polyethylene crystals thermodynamics in the vicinity of their melting points. A theoretical calculation of transition temperatures according to the midfield method has been carried out. A crystal simple dynamic model has been offered for the first time. Some types of structural defects have been described analytically. Temperatures of some phase transitions have been forecastedAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
This thesis deals with computer modeling of temperature hysteresis during phase change, namely compl...
Another thermodynamic approach to the Gibbs–Thomson equation, starting from an incremental compositi...
The paper addresses the crystallization behavior of homogeneous branched polyethylenes, where the br...
The structure of high density linear polyethylene in investigated by Infrared and Unman spectroscopy...
The recent development of a microscopic theory of the equilibrium properties of polymer solutions, m...
The aim of this article is to extend the earlier reported observations on the role of transient meta...
The structural, dynamical, and thermal properties of crystalline polyethylene are addressed with fir...
Some structurally disordered models for poly(tetrafluoroethylene) were elaborated and the correspond...
This paper describes the results of molecular dynamics simulations of polyethylene crystal at two te...
The thermal transitions of well-characterised single-site catalysed polyethylenes having various deg...
A light was thrown upon the crystalline structure of polyethylene from a study on the n-paraffins wh...
Molecular crystals exhibit phase transitions under various temperature, pressure and concentration c...
We present the first theoretical estimates for thermoelastic properties of the noncrystalline domain...
When irradiated by the 500 kV electron at a dose of about 1.5 x 10-3 C/cm2, normal paraffins exhibit...
This thesis deals with computer modeling of temperature hysteresis during phase change, namely compl...
Another thermodynamic approach to the Gibbs–Thomson equation, starting from an incremental compositi...
The paper addresses the crystallization behavior of homogeneous branched polyethylenes, where the br...
The structure of high density linear polyethylene in investigated by Infrared and Unman spectroscopy...
The recent development of a microscopic theory of the equilibrium properties of polymer solutions, m...
The aim of this article is to extend the earlier reported observations on the role of transient meta...
The structural, dynamical, and thermal properties of crystalline polyethylene are addressed with fir...
Some structurally disordered models for poly(tetrafluoroethylene) were elaborated and the correspond...
This paper describes the results of molecular dynamics simulations of polyethylene crystal at two te...
The thermal transitions of well-characterised single-site catalysed polyethylenes having various deg...
A light was thrown upon the crystalline structure of polyethylene from a study on the n-paraffins wh...
Molecular crystals exhibit phase transitions under various temperature, pressure and concentration c...
We present the first theoretical estimates for thermoelastic properties of the noncrystalline domain...
When irradiated by the 500 kV electron at a dose of about 1.5 x 10-3 C/cm2, normal paraffins exhibit...
This thesis deals with computer modeling of temperature hysteresis during phase change, namely compl...
Another thermodynamic approach to the Gibbs–Thomson equation, starting from an incremental compositi...
The paper addresses the crystallization behavior of homogeneous branched polyethylenes, where the br...