Metal Oxides with Ionic-Electronic conductivity for Thermochemical Energy Storage

机译：具有离子电子电导率的金属氧化物，用于热化学能存储

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1. CAM28 and CTM28 show high storage enthalpy 1.1 Sensible + reaction enthalpy approx. 1200 kJ/kg 1.2 Reaction enthalpy of CTM28 & CAM28 60% greater than LSCM 1.2.1 Increase in reduction temperature → larger reaction enthalpy 1.2.2 Molecular mass of CTM28 and CAM28 ～ 35% lower than LSCM 1.3 Reaction enthalpy extraction up to 1250 ℃ possible 1.3.1 Applicable to high-efficiency Air Brayton cycle 1.4 Earth-abundant components brings materials cost down.

机译：1. CAM28和CTM28表现出高的存储焓1.1明智的+反应焓。 1200 kJ / kg 1.2 CTM28和CAM28的反应焓比LSCM大60％1.2.1还原温度升高→反应焓大1.2.2 CTM28和CAM28的分子量比LSCM低35％〜1.3提取反应焓高达1250℃可能1.3.1适用于高效率的空气布雷顿循环1.4富含地球的成分可降低材料成本。

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《CO2 summit II: Technology and opportunity 2016》|2016年|509-518|共10页
会议地点 Santa Ana Pueblo NM(US)
作者
Eric N. Coker; Sean M. Babiniec; Andrea Ambrosini; James E. Miller;
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Metal Oxides with Ionic-Electronic conductivity for Thermochemical Energy Storage

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