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Comparison of Kinetic Models for CO2 Gasification of Coconut-Shell Chars: Carbonization Temperature Effects on Char Reactivity and Porous Properties of Produced Activated Carbons

机译：Coconut-Shell Corm的CO2气化动力学模型的比较：碳化温度对产生的活性碳的炭反应性和多孔性能

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Chaiyot Tangsathitkulchai; Supunnee Junpirom; Juejun Katesa;
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年度 2013
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1. Comparison of Kinetic Models for COsub2/sub Gasification of Coconut-Shell Chars: Carbonization Temperature Effects on Char Reactivity and Porous Properties of Produced Activated Carbons [J] . Chaiyot Tangsathitkulchai, Supunnee Junpirom, Juejun Katesa Engineering journal . 2013,第1期

机译：椰子壳焦炭CO _{2 气化动力学模型的比较：碳化温度对焦炭反应性和产生的活性炭的多孔性的影响}
2. Comparison of Kinetic Models for CO 2 Gasification of Coconut-Shell Chars: Carbonization Temperature Effects on Char Reactivity and Porous Properties of Produced Activated Carbons [J] . Chaiyot Tangsathitkulchai, Supunnee Junpirom, Juejun Katesa Engineering journal . 2012,第1期

机译：椰子壳炭的CO 2气化动力学模型比较：碳化温度对炭反应性和产生的活性炭的多孔性的影响
3. Gasification of Brazilian coal-chars with CO2: effect of samples' properties on reactivity and kinetic modeling [J] . Domenico Michele D., Collazzo Gabriela C., Pacioni Tatiana R., Chemical Engineering Communications . 2019,第1a3期

机译：巴西煤炭煤与二氧化碳的气化：样品对反应性和动力学建模的影响
4. A char gasification model for predicting the porous properties of activated carbons [C] . International carbon conference . 2006

机译：一种用于预测活性碳多孔性质的炭气化模型
5. Structural Characteristics and CO2 Reactivity of Partially Gasified Pittsburgh No. 8 Coal Chars Generated in a High-Pressure, High-Temperature Flow Reactor [D] . Krishnamoorthy, Vijayaragavan. 2018

机译：在高压，高温流量反应器中产生部分气化匹兹堡的结构特征和CO2反应性。
6. Influence of Mineral Composition of Chars Derivedby Hydrothermal Carbonization on Sorption Behavior of CO2 CH4 and O2 [O] . Carsten Wedler, Katrin Lotz, Arash Arami-Niya, 2020

机译：煤焦矿物成分的影响热碳化对CO2CH4和O2吸附行为的影响
7. Effects of carbonization temperature on Properties of chars and activated carbon From coconut shell [O] . เจือจันทน์ เกตษา 2556

机译：焦炭和活性炭碳化性能的影响

Comparison of Kinetic Models for CO2 Gasification of Coconut-Shell Chars: Carbonization Temperature Effects on Char Reactivity and Porous Properties of Produced Activated Carbons

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