The reaction cycles for water-splitting based on redox reactions of alkali metals are composed of four reactions, which are
hydrogen generation by solid-liquid reaction, metal separation by thermolysis, oxygen generation by hydrolysis, and phase
transitio
n of the metal. Although all the cycles theoretically require more than 1000 C in thermodynamic equilibrium condition,
th
e reaction temperature are reduced to below 800 C by no
n−equilibrium techniques using phase transition of metal vapor. In
this work, thermodynamic analyses are performed by using the parameters such as operating temperature and partial pressures of
th
e products obtained by the experiments to determine that the alkali metal redox cycles are p
otential hydrogen production
technique as thermochemical energy storage.
The reaction cycles for water-splitting based on redox reactions of alkali metals are composed of four reactions, which arehydrogen generation by solid-liquid reaction, metal separation by thermolysis, oxygen generation by hydrolysis, and phasetransition of the metal. Although all the cycles theoretically require more than 1000 C in thermodynamic equilibrium condition,the reaction temperature are reduced to below 800 C by non−equilibrium techniques using phase transition of metal vapor. Inthis work, thermodynamic analyses are performed by using the parameters such as operating temperature and partial pressures ofthe products obtained by the experiments to determine that the alkali metal redox cycles are potential hydrogen productiontechnique as thermochemical energy storage.
การแปล กรุณารอสักครู่..

The reaction cycles for water-splitting based on redox reactions of alkali metals are composed of four reactions, which are
hydrogen generation by solid-liquid reaction, metal separation by thermolysis, oxygen generation by hydrolysis, and phase
transitio
n of the metal. Although all the cycles theoretically require more than 1000 C in thermodynamic equilibrium condition,
th
e reaction temperature are reduced to below 800 C by no
n−equilibrium techniques using phase transition of metal vapor. In
this work, thermodynamic analyses are performed by using the parameters such as operating temperature and partial pressures of
th
e products obtained by the experiments to determine that the alkali metal redox cycles are p
otential hydrogen production
technique as thermochemical energy storage.
การแปล กรุณารอสักครู่..
