| 查看: 1738 | 回复: 9 | |||
| 本帖产生 1 个 翻译EPI ，点击这里进行查看 | |||
[交流]
请英文高手给我写个论文摘要，我不会写，可是我会看哟，不好不给分，嘻嘻。。。
|
|||
|
摘要： 在当今可持续发展、低碳经济理念指导下，人们在开发新能源的同时，也在节约现有能源、提高能源利用率上进行了很多尝试与实践，这是因为提高能源利用率即减少能源消耗，其中，利用被动式强化换热技术以结构简单，无需外加动力等优势，逐渐成为了一种强化换热的主流趋势。 纵向涡流发生器技术就是一种有效的被动式强化换热技术。本文通过对一种新型组合矩形翼涡流发生器的换热特性及流动场速度分布进行实验研究，发现新型组合矩形翼较之矩形翼涡流发生器是一种更理想的壁面绕流元，分析发现组合翼涡流发生器的最有放置方式为反向背风放置，而且小翼角度为30°的新型组合矩形涡流发生器换热特性要好于小翼角度为45°的新型涡流发生器；通过对不同的截面进行速度场分析，发现了组合翼涡流发生器的小翼所诱导在绕流元后形成的“卫星涡”结构，并发现放置方式不同，会使“卫星涡”的位置和大小产生变化；通过对比相对于光通道，不同截面的加热板温度的减少量及其对应的速度场数据，发现“卫星涡”的作用是决定新型组合翼涡流发生器换热性能的根本原因。 实验发现新型组合翼涡流发生器是一种在阻力增加不明显的情况下显著提高换热的绕流元；通过对其流场进行实验研究，所得到的换热与流动场的对比结论对传热学基础理论研究有参考价值。 |
回复此楼» 猜你喜欢
写了一篇“相变储能技术在冷库中应用”的论文，论文内容以实验为主，投什么期刊合适？
已经有3人回复
-
需要合成515-64-0，50g，能接单的留言
已经有3人回复
-
最近几年招的学生写论文不引自己组发的文章
已经有10人回复
-
中科院杭州医学所招收博士生一名（生物分析化学、药物递送）
已经有3人回复
-
临港实验室与上科大联培博士招生1名
已经有8人回复
-
26申博自荐
已经有7人回复
-
想换工作。大多数高校都是 评职称时 认可5年内在原单位取得的成果吗？
已经有4人回复
-
带资进组求博导收留
已经有9人回复
» 抢金币啦！回帖就可以得到:
-
南京都市圈高校大龄离异博士征友
+2/552
-
虚位以待，共探前沿：热烈欢迎报考北京工业大学纳米多孔材料课题组2026级博士研究生
+1/258
-
湖南师范大学蒋乐勇教授课题组招收2026届“申请-考核”制博士生
+1/175
-
Analytical Science Advances 持续征稿中
+1/84
-
天津大学化学系吴立朋课题组申请考核制博士招生/博后招聘
+1/80
-
暨南大学理工学院 光子技术研究院段宣明团队申请制读博招生
+1/44
-
中南民族大学超支化聚合物团队2026年博士研究生招生
+1/30
-
中科院深圳先进院成会明院士\唐永炳国家杰青团队招聘
+2/28
-
限广州，征女友
+2/24
-
重庆大学前沿院，黄小洋教授课题组，招收2026年非均相催化方向学术博士2名
+1/24
-
复旦大学彭慧胜院士团队 | 招聘有机合成方向博士后、博士生及科研助理
+1/22
-
天津大学化学系吴立朋课题组申请考核制博士招生/博后招聘
+1/12
-
天津大学化学系吴立朋课题组申请考核制博士招生/博后招聘
+1/8
-
亚利桑那州立大学 ASU EE 博士全奖招生 (2026 Fall), 免除GRE
+1/8
-
中国科学院大连化学物理研究所DNL0902研究组招聘博士后和职工
+1/7
-
经济学博士（金融方向）招生，211重点大学，2026年9月入学，申请-考核制。
+1/7
-
山东大学集成电路学院博士招生1名
+1/4
-
实验室研究员
+1/3
-
中科院精密测量院（原武汉物数所）诚招磁共振成像方向申请考核制博士（2026.1.9截止）
+1/3
-
北京理工大学-集成电路与电子学院-国家杰青团队-招博士后及科研助理
+1/1
2楼2010-11-15 10:03:29
|
Under the guidance of sustainable development and Low Carbon Economy concept, people are harnessing new engery. At the same time, they may focus their practice in energy saving and enhancing the utilization efficiency of energy.That is because enhancing the utilization efficiency of energy equals energy saving. Passive augmentation heat transfer which has the advantages of simple construction and needing no additional power will become the mainstream of augmentation heat transfer methods. 先翻译第一段，不是一个专业，翻译的优点困难 |
3楼2010-11-15 14:31:59
4楼2010-11-15 18:14:47
chifan446(金币+40):坚持不懈地做事是种精神，值得鼓励 2010-11-17 09:26:53
|
接上面，继续第二段哈 纵向涡流发生器技术就是一种有效的被动式强化换热技术。本文通过对一种新型组合矩形翼涡流发生器的换热特性及流动场速度分布进行实验研究，发现新型组合矩形翼较之矩形翼涡流发生器是一种更理想的壁面绕流元，分析发现组合翼涡流发生器的最有放置方式为反向背风放置，而且小翼角度为30°的新型组合矩形涡流发生器换热特性要好于小翼角度为45°的新型涡流发生器Longitudinal vortex generater technology is a kind of effective passive augmentation heat transfer technology. This paper studied heat transfer characteristics and the distribution of velocity of a new integrated rectangular wing, found that new integrated rectangular wing is properer flow element than vortex generater with rectangular wing and the most effective placement for vortex generater with integrated rectangular wing is to place it in the lee of the wind. And vortex generater with integrated rectangular wing with 30° airfoil angle has better heat transfer characteristics than that with 45° airfoil angle. 不是一个专业的，翻译太耗精力了，明天继续吧 |
5楼2010-11-15 22:03:06
6楼2010-11-16 10:21:48
|
通过对不同的截面进行速度场分析，发现了组合翼涡流发生器的小翼所诱导在绕流元后形成的“卫星涡”结构，并发现放置方式不同，会使“卫星涡”的位置和大小产生变化；通过对比相对于光通道，不同截面的加热板温度的减少量及其对应的速度场数据，发现“卫星涡”的作用是决定新型组合翼涡流发生器换热性能的根本原因。 By analysing the velocity fields of different cross sections, we found that satellite vortex structure was induced behind flow element by airfoil of vortex generater with integrated wing. And with the different placements, the positions and sizes of satellite vortex were different. By comparing optical channel to the temperature decrease of heating plate with different cross sections and the related datas of velocity field, we also found that the satellite vortex effect was the primary reason for the heat transfer characteristics of vortex generater with a new integrated rectangular wing. 最后一段，一会儿奉上 |
7楼2010-11-16 13:48:15
|
实验发现新型组合翼涡流发生器是一种在阻力增加不明显的情况下显著提高换热的绕流元；通过对其流场进行实验研究，所得到的换热与流动场的对比结论对传热学基础理论研究有参考价值。 We found that vortex generator with new integrated wing is a flow element which improves heating transfer rate without obvious resistance increase. By studing the flow field, the correlation conclusions of heating transfer and flow field are of value to the basic research of Heat Transfer Theory. 已完结，请验收 |
8楼2010-11-16 13:55:49
chifan446(金币+60, 翻译EPI+1):翻译水平很高。 2010-11-17 09:26:13
|
可能感觉如此翻译好点，多点被动语态，被强调的做主语！ Under the guidance of sustainable development and Low Carbon Economy concept, new engery has been exploited. Meanwhile, plentful of trial and test are devoted to saving and enhancing utilization efficiency of energy. It was ascribed to the fact that enhancing the utilized efficiency of energy means energy saving. Passive augmentation heat transfer is popularly applied to the fields of augmentation heat transfer, owing to the advantages of the simple structure and no required additional power. Longitudinal vortex generater delegated a kind of effective passive augmentation heat transfer technology. The heat transfer characteristics and velocity distribution of a new integrated rectangular wing were studied in the paper. It was found that new integrated rectangular wing is a more ideal flow unit for vortex generater as compared with rectangular wing. In addition, it is most effective placement of the generater that is placed in the lee of the wind. And the generater with 30° airfoil angle of integrated rectangular wing exhibited superior heat transfer characteristics to that with 45°of airfoil angle. Based on the analysis of the velocity fields from different cross sections, it was found that satellite vortex structure was formed behind flow element by the induction of airfoil of vortex generater with integrated wings. Because of the different placements, the positions and sizes of satellite vortex were different. Though comparing optical channel, the temperature decrease of heating plate and the corresponding related data from velocity fields, it also found that the satellite vortex effect was responsible for the preferable heat transfer characteristics of such novel vortex generater. |
9楼2010-11-16 19:25:15
10楼2010-11-17 09:18:41