Correction to An Unreacted Shrinking Core Model Serves for Predicting Combustion Rates of Organic Additives in Clay Bricks

Florian Wesenauer; Christian Jordan; Mario Pichler; Aron Frei; Mudassar Azam; Saman Setoodeh Jahromy; Michael Harasek; Franz Winter

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Correction to An Unreacted Shrinking Core Model Serves for Predicting Combustion Rates of Organic Additives in Clay Bricks

机译：对未反应的缩小核心模型的校正用于预测粘土砖中有机添加剂的燃烧速率

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来源
《Energy & fuels》 |2021年第5期|4616-4616|共1页
作者
Florian Wesenauer; Christian Jordan; Mario Pichler; Aron Frei; Mudassar Azam; Saman Setoodeh Jahromy; Michael Harasek; Franz Winter;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
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1. An Unreacted Shrinking Core Model Serves for Predicting Combustion Rates of Organic Additives in Clay Bricks [J] . Wesenauer Florian, Jordan Christian, Pichler Mario, Energy & fuels . 2020,第12期

机译：一种未反应的缩小核心模型用于预测粘土砖中有机添加剂的燃烧速率
2. A novel dimensionless form of unreacted shrinking core model for solid conversion during chemical looping combustion [J] . Xunliang Liu, Fuqiang Song, Zhi Wen Fuel . 2014,第auga1期

机译：新型无量纲形式的未反应缩核模型，用于化学循环燃烧过程中的固体转化
3. Gas-solid reaction model for a shrinking spherical particle with unreacted shrinking core [J] . Homma S, Ogata S, Koga J, Chemical Engineering Science . 2005,第18期

机译：具有未反应的收缩核的收缩球形颗粒的气固反应模型
4. Unfired Clay Bricks with Additives and Mechanical Simulation of Perforated Bricks [C] . Houssame Limami, Imad Manssouri, Khalid Cherkaoui, International Renewable and Sustainable Energy Conference . 2019

机译：含添加剂的免烧粘土砖和多孔砖的力学模拟
5. A numerical investigation of the isothermal and nonisothermal shrinking core model [D] . Carabin, Pierre. 1993

机译：等温和非等温收缩核模型的数值研究
6. Influence of water repellent chemical additive and different curing regimes on dimensional stability and strength of earth bricks from termite mound-clay [O] . Banjo A. Akinyemi, Adeola Bamidele, Adeoye Oluwanifemi 2019

机译：憎水化学添加剂和不同固化方式对白蚁土－粘土土砖尺寸稳定性和强度的影响
7. An Unreacted Shrinking Core Model Serves for Predicting Combustion Rates of Organic Additives in Clay Bricks [O] . Florian Wesenauer, Christian Jordan, Mario Pichler, 2020

机译：一种未反应的缩小核心模型用于预测粘土砖中有机添加剂的燃烧速率

Correction to An Unreacted Shrinking Core Model Serves for Predicting Combustion Rates of Organic Additives in Clay Bricks

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