感性时刻——静下心来美好就在你身边
现代的生活忙忙碌碌很难有时间慢下脚步享受当下的生活。春节临近，大家也能忙里偷闲陪伴家人。瑞典的冬天还是一片雪白，Jascha的生活最近是什么样呢？
Once I went for a walk I saw this romantic little town. I thought that would be a perfect place to live. 10 minutes later I realized that I was already living in this town with my family. Just never saw it from this angle before.
——Jascha
散步的时候，我看到了眼前这个浪漫的小镇。如果能住在这里那生活就再理想不过了。10分钟后，我意识到其实这里就是我们家所在的城镇。只是我之前从来没有从这个角度看到过它。
现代的生活忙忙碌碌很难有时间慢下脚步享受当下的生活。春节临近，大家也能忙里偷闲陪伴家人。瑞典的冬天还是一片雪白，Jascha的生活最近是什么样呢？
Once I went for a walk I saw this romantic little town. I thought that would be a perfect place to live. 10 minutes later I realized that I was already living in this town with my family. Just never saw it from this angle before.
——Jascha
散步的时候，我看到了眼前这个浪漫的小镇。如果能住在这里那生活就再理想不过了。10分钟后，我意识到其实这里就是我们家所在的城镇。只是我之前从来没有从这个角度看到过它。
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【Effects of Particle Stacking Angle on Heat Transfer Characteristics of Particles Close to the Wall】
Energy saving and consumption reduction have become one of the important measures to solve the low energy efficiency. Then, the heat recovery technology and principles of high-temperature solid particles have received widespread attention. An unsteady heat transfer model of two particles near the wall is established by CFD method in this paper, considering the influence of initial temperature, and the effect of particle stacking angle change on average wall heat flux and particle temperature at the initial temperature of 1073 K is studied. The results may provide basic theoretical support for the high-temperature solid particle waste heat recovery technology.
DOI: 10.4236/wjet.2021.91006https://t.cn/A65kq8LS
Energy saving and consumption reduction have become one of the important measures to solve the low energy efficiency. Then, the heat recovery technology and principles of high-temperature solid particles have received widespread attention. An unsteady heat transfer model of two particles near the wall is established by CFD method in this paper, considering the influence of initial temperature, and the effect of particle stacking angle change on average wall heat flux and particle temperature at the initial temperature of 1073 K is studied. The results may provide basic theoretical support for the high-temperature solid particle waste heat recovery technology.
DOI: 10.4236/wjet.2021.91006https://t.cn/A65kq8LS
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