The article presents studies of nanomodified materials based on paraffin waxes with polyethylene as heat-storage materials. Accumulation of thermal energy is possible when converting electrical energy into thermal energy. In this case, the accumulation of thermal energy can occur as a central zone of nanomodified materials, and at its ends. This is due to the location of the electrodes in nanomodified materials. When CNT was mixed with polyethylene and the mixture was subsequently heated on the surface of a CNT, a homogeneous PE layer of a special structure was formed. The presented feature of the interaction can be considered as a special case of functionalization
This book shows the recent advances of the applications of carbon nanotubes (CNTs), in particular, t...
Thermal energy storage technology is an important topic, as it enables renewable energy technology t...
The material with irregular atomic structures such as polymer material exhibits low thermal conducti...
The article presents studies of nanomodified materials based on paraffin waxes with polyethylene as ...
This article discusses application of nanomodified heat accumulators on the basis of paraffin modifi...
Thermal energy storage (TES) technologies are considered as enabling and supporting technologies for...
The present paper describes paraffin/polyethylene-based composites modified with functionalized carb...
The paper presents studies on the use of nanomodified materials with phase transitions. The rmostabl...
The inherent low thermal conductivity and inferior mechanical properties of polymer based shape stab...
Charge/discharge regimes of nanomodified paraffins have been studied. The nanomodification of paraff...
The article deals with research related to the issues of nanomodification of elastomers as a basis o...
Charge/discharge regimes of nanomodified paraffins have been studied. The nanomodification of paraff...
Latent energy storage capacity was analyzed for a system consisting of carbon nanoparticlesdopedphas...
The paper presents an investigation of magnetically controlled heat-storage material based on paraff...
Thermal conductivity of the polymer heat sink can be further enhanced by having an optimal blend bet...
This book shows the recent advances of the applications of carbon nanotubes (CNTs), in particular, t...
Thermal energy storage technology is an important topic, as it enables renewable energy technology t...
The material with irregular atomic structures such as polymer material exhibits low thermal conducti...
The article presents studies of nanomodified materials based on paraffin waxes with polyethylene as ...
This article discusses application of nanomodified heat accumulators on the basis of paraffin modifi...
Thermal energy storage (TES) technologies are considered as enabling and supporting technologies for...
The present paper describes paraffin/polyethylene-based composites modified with functionalized carb...
The paper presents studies on the use of nanomodified materials with phase transitions. The rmostabl...
The inherent low thermal conductivity and inferior mechanical properties of polymer based shape stab...
Charge/discharge regimes of nanomodified paraffins have been studied. The nanomodification of paraff...
The article deals with research related to the issues of nanomodification of elastomers as a basis o...
Charge/discharge regimes of nanomodified paraffins have been studied. The nanomodification of paraff...
Latent energy storage capacity was analyzed for a system consisting of carbon nanoparticlesdopedphas...
The paper presents an investigation of magnetically controlled heat-storage material based on paraff...
Thermal conductivity of the polymer heat sink can be further enhanced by having an optimal blend bet...
This book shows the recent advances of the applications of carbon nanotubes (CNTs), in particular, t...
Thermal energy storage technology is an important topic, as it enables renewable energy technology t...
The material with irregular atomic structures such as polymer material exhibits low thermal conducti...