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On the most important:
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Science reporting session
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Abstracts 2011
Abstracts 2012
Abstracts 2013
Abstracts 2014
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He main directions of development of hydrogen energy (review)
Hydrogen energy: storage and transportation of hydrogen (review)
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Monograph.
Basic problem of hydrogen energy.
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Investigation of thermal hysteresis phenomena in order to identify its impact on the character of heat and mass transfer processes in metal hydride units in stationary mode
Scope of use
Mathematical model of heat and mass exchange process with temperature hysteresis in metal hydrides for creation new class of metal hydride equipment for wide functional using for energy transformation and conversion on the basic of thermal sorption interaction hydrogen with metal hydride.
Short description
An improved mathematical model of heat and mass exchange with temperature hysteresis, which takes into account a number of assumptions and is based on the assumption that the curve PCT – diagram is inclined plateau, has been proposed.
Expected properties
Mathematical model of heat and mass exchange process with temperature hysteresis in metal hydrides make it possible to determine parameters of construction elements of thermal sorption compressor and operational parameters.
Advantages
The model in comparison with existing enables can more accurate calculations of metal hydride systems of different purpose and make the optimal choice of design and operational parameters in the development of components for hydrogen power technology systems.
Competitors
Suda Seijirau,
Toyota Motor Co Ltd,
GKSS – Forschungs Zentrum Gresthacht GmbН.
Project development
An improved mathematical model of heat and mass exchange with temperature hysteresis, which used in account analysis that allow to determine PCT – dependence, that take into account not only slope of the plateau pressure area and allow for multi-component hydro-forming alloys describe transitions between two-phase area of the plateau and single-phase area solid solutions of hydrogen. This enables the study of heat and mass exchange process with a high degree of accuracy to predict the behavior of a wide range of hydro-forming materials in a hydrogen atmosphere.
Intellectual property
Contact Information
Executor:
A.M. Pidhorny Institute of Mechanical Engineering Problems of National Academy of Science of Ukraine
Project №40 «Thermodynamic and thermo physical principals of energy conversion in metal-hydride units in view of thermal nonstationarity in thermal-and-sorptional processes with temperature hysteresis»
Контактна особа:
Сhernaya Natalia
Е-mail: chernaya-nata@mail.ru
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