Водородно-кислородные установки для энергетики
АИ Счастливцев, ДО Дуников, ВИ Борзенко… - Теплофизика высоких …, 2020 - mathnet.ru
В обзоре проанализированы основные типы и конструкции водородно-кислородных
установок, таких как водородно-кислородные парогенераторы, пароперегреватели и …
установок, таких как водородно-кислородные парогенераторы, пароперегреватели и …
Quantitative experimental and model-based imaging of infrared radiation intensity from turbulent reacting flows
BA Rankin - 2012 - search.proquest.com
Radiation transfer in turbulent reacting and non-reacting flows is important in many
applications related to combustion, energy, power and propulsion, and atmospheric …
applications related to combustion, energy, power and propulsion, and atmospheric …
Electrolysers for producing net-zero heat
M Newborough, G Cooley - Fuel Cells Bulletin, 2021 - magonlinelibrary.com
In addition to fuel cell applications, water electrolysis affords several opportunities for
producing high-grade heat by utilising electrolytic hydrogen and oxygen in combustion …
producing high-grade heat by utilising electrolytic hydrogen and oxygen in combustion …
Experimental study on superheated steam generation by the reaction of high humidity hydrogen and oxygen in a model internal combustion steam generator
Y Hu, J Liu, Y Wang, W Yang, J Zhou - Energy Sources, Part A …, 2018 - Taylor & Francis
Internal combustion steam cycle (ICSC) is a novel steam power cycle using hydrogen as an
energy carrier to produce superheated steam. High humidity hydrogen produced during fast …
energy carrier to produce superheated steam. High humidity hydrogen produced during fast …