Недавеча как вчера (в апреле) на свет появилась сборная солянка по энергоёмкости, которую пока удаётся оценить только по оглавлению в силу недоступности текстов (наследники благородного пиратства вы очень нужны). На первый взгляд всё выглядит весьма симпатично - пять частей говорящих самих за себя:
Part I : Novel and Future Energetic Materials
Part II : Energetic Materials for Chemical Propulsion and Power Generatio
Part III : Sensitivity of Energetic Materials
Part IV : Solid Rocket Propulsion
Part V : Hybrid Rocket Propulsion.
Авторы в преступлениях против человечества и химии также не были замечены, так что у кого есть возможность полистать сий опус рекомендую.
Сами составители преподносят себя так: "Written by a team of highly qualified authors with significant experience in the field, Energetic Materials and Techniques addresses many high-interest topics, including the following:
Neural networks’ role in development of a high-energy materials genome and problems and approaches for estimating the enthalpy of formation of energetic materials
Combustion of silicon as a carbon-free energy carrier and theoretical developments in combustion of aluminum-based reactive materials
Ammonium nitrate-based cocrystals as promising oxidizers for solid rocket propellants and preliminary particle size distribution measurements in a new installation that reduces inherent bias
Surface accumulation layers in metallized solid fuel propulsion and hypergolic propellants based on hydrogen peroxide oxidizer
Accelerated combustion simulations of hydrogen-air flames in the HYLON swirled injector in OpenFOAM".
Part I : Novel and Future Energetic Materials
Part II : Energetic Materials for Chemical Propulsion and Power Generatio
Part III : Sensitivity of Energetic Materials
Part IV : Solid Rocket Propulsion
Part V : Hybrid Rocket Propulsion.
Авторы в преступлениях против человечества и химии также не были замечены, так что у кого есть возможность полистать сий опус рекомендую.
Сами составители преподносят себя так: "Written by a team of highly qualified authors with significant experience in the field, Energetic Materials and Techniques addresses many high-interest topics, including the following:
Neural networks’ role in development of a high-energy materials genome and problems and approaches for estimating the enthalpy of formation of energetic materials
Combustion of silicon as a carbon-free energy carrier and theoretical developments in combustion of aluminum-based reactive materials
Ammonium nitrate-based cocrystals as promising oxidizers for solid rocket propellants and preliminary particle size distribution measurements in a new installation that reduces inherent bias
Surface accumulation layers in metallized solid fuel propulsion and hypergolic propellants based on hydrogen peroxide oxidizer
Accelerated combustion simulations of hydrogen-air flames in the HYLON swirled injector in OpenFOAM".