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[求助]
三句話求潤(rùn)色，非常謝謝您
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(1) Natural convection causes the non-uniforms distribution of solid-liquid interface both for the pipe model and the cylinder model in the circumferential and axial direction. (2) Combined heat conduction and natural convection cause to enhance the heat storage performance better for the horizontal cylinder model than that for the horizontal pipe model. (3) Compared with different HTF inlets, for pipe model, the vertical model with bottom HTF inlet offers best heat storage performance, for cylinder model, the horizontal model and the vertical model with bottom HTF inlet are almost equal on the performance, and any one model with top HTF inlet is inefficiently enhanced by natural convection. |
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genhunter
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【答案】應(yīng)助回帖
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在路上henu: 金幣+50, 翻譯EPI+1, ★★★★★最佳答案, 謝謝 2015-05-13 16:41:07
在路上henu: 金幣+50, 翻譯EPI+1, ★★★★★最佳答案, 謝謝 2015-05-13 16:41:07
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Natural convection causes the non-uniforms distribution of solid-liquid interface both for the pipe model and the cylinder model in the circumferential and axial direction. 自然對(duì)流作用引起管道模型和圓柱體模型中固液相界面在圓周方向和軸向的不均勻分布。 Combined heat conduction and natural convection cause to enhance the heat storage performance better for the horizontal cylinder model than that for the horizontal pipe model. 熱傳導(dǎo)和自然對(duì)流協(xié)同作用使在臥式圓筒模型比水平管道模型儲(chǔ)熱性能增加更好一些 。 Compared with different HTF inlets, for pipe model, the vertical model with bottom HTF inlet offers best heat storage performance, for cylinder model, the horizontal model and the vertical model with bottom HTF inlet are almost equal on the performance, and any one model with top HTF inlet is inefficiently enhanced by natural convection. 不同HTF進(jìn)口模式之間相比，對(duì)管道模型來(lái)說(shuō)，底部HTF入口的的垂直模型提供了最好的儲(chǔ)熱性能, 對(duì)柱狀模型來(lái)說(shuō), 底部HTF入口的水平模型和垂直模型性能幾乎是相同，而對(duì)任何一個(gè)頂部HTFF入口模型模型來(lái)說(shuō)是自然對(duì)流對(duì)熱性能增強(qiáng)效果不明顯。 |
2樓2015-05-13 13:12:52
genhunter
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【答案】應(yīng)助回帖
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Oops. Thought your were asking for a translation. (1) Natural convection caused a non-uniform distribution of solid-liquid interface in the circumferential and axial directions both for the pipe and the cylinder models. (2) Combined effects of heat conduction and natural convection led to an improved heat storage performance for the horizontal cylinder model more so than that for the horizontal pipe model. (3) Compared with the performance in heat storage for devices with different positions for HTF inlets, for pipe model, the vertical model with a bottom HTF inlet offered the best heat storage performance, for cylinder model, the horizontal model and the vertical model with a bottom HTF inlet were almost equal on the performance, and natural convection did not apparently enhance the heat storage performance in any one model with a top HTF inlet. |
3樓2015-05-13 14:21:26
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