• The results show that fin length and flow length have more obvious effect on the thermal hydraulic characteristics of offset strip fins.

    结果表明,错齿翅片的节距和长度对其热工性能影响最为显著。

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  • The results show that the j and f factors increase with the fin space and fin length decreasing, and the fin space has more obvious effect on the area of optimization factor.

    试验结果表明,新型开窗翅片的翅片间距对表面传热因子和阻力性能影响较为显著。

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  • This condition, called neoteny, means it keeps its tadpole-like dorsal fin, which runs almost the length of its body, and its feathery external gills, which protrude from the back of its wide head.

    这种情况,叫做动态持续,意味着它保留着它的像蝌蚪一样的贯穿整个身体的背鳍,从头后面突出的像羽毛一样的外腮。

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  • The longest glass fin in the roof (also the longest structural glass fin in the Netherlands) has a length of 12 meters.

    屋顶上最长的玻璃片(也是在荷兰最长的结构玻璃片)具有12米的长度。

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  • On the contrary, the fin that is bigger high, longer louver length and space and lower thickness should be chosen when a small coefficient of heat - transfer is needed.

    相反,在需要传热系数较小场合以选用高度大、翅片厚度小、有效长度长、间距大的翅片为宜。

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  • Simplified analysis on a single fiber fin in the duct flow demonstrates that the heat transfer can be enhanced with the increasing length-to-diameter ratio and thermal conductivity ratio.

    对单根纤毛肋进行的简化理论分析表明纤毛长径比和肋材与流体的导热系数比越大其强化换热作用越好。

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  • The relationships between thickness of the fin, length of the fin, gap clearance between fins and on-inductance are given. The off-inductances as functions of gas pressure, thickness of exterior...

    给出了肋片的厚度、长度、气隙宽度、外壳壁厚与导通热导之间的关系曲线以及气体压强、外壳厚度与关断热导之间的关系曲线。

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  • The simulation results indicated that heat pipe diameter, pipe length, tube pitch and fin structure had influence on the efficiency and pressure drop of heat pipe exchanger.

    模拟结果表明,热管的管径,管长,管间距和翅片结构均影响热管换热器的换热效率和压力降。

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  • The simulation results indicated that heat pipe diameter, pipe length, tube pitch and fin structure had influence on the efficiency and pressure drop of heat pipe exchanger.

    模拟结果表明,热管的管径,管长,管间距和翅片结构均影响热管换热器的换热效率和压力降。

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