fin stabilization
- fin stabilization的基本解释
-
-
尾翼稳定
- 相似词
- 更多 网络例句 与fin stabilization相关的网络例句 [注：此内容来源于网络，仅供参考]
-
Moreover, as the heat flux approach to CHF, numerous vapor mushrooms periodically extruded from the perimeter of fin array are observed. This mechanism will cause the dry-out situation in the central part of fin array. The closer fin spacing and longer fin length can provide larger heat transfer. However, the results also demonstrate that early decay on overall heat transfer coefficient as the fin spacing is closer or fin length is longer.
此外，间距0.5mm且高度4mm的鳍片阵列，其热传系数并不随热通量的升高而增加，在中高热通量区，其热传系数保持在一固定值，而其它低深宽比的鳍片阵列，热传系数则是随著热通量升高而增加，到了高热通量区，热传系数会有一最大值，之后会随热通量增加而递减。
-
The measurements used are fork length, head length, upper jaw length, snout length, length of dorsal fin base and anal fin base and the distances from the tip of snout to insertion of dorsal fin, to pectoral fin, to ventral fin and to hard margin of preopercle.
此所用於分析之外部非体节形质计有：尾叉长、头长、上颚长、吻长、眼径、背鳍基底长、臀鳍基底长以及吻端到前鳃盖骨后绿、背鳍起点、腹鳍起点、臀鳍起点等11个形质。
-
Furthermore the performances of heat transfers including corrugate plate, tube and fin-tube were compared under the same conditions. The results show that when the air frontal velocity is between 2.45 and 4.1m/s, the overall heat-transfer coefficient of plate heat exchanger ranges from 100 to 160 W/m^2/ equal to one sixth of that of fin- tube cooler based on tube outside area, which is about 70% higher than that of tube cooler. The volumetric heat transfer capacity of plate cooler is 1.5 times as that of fin-tube cooler and 15 times as that of tube cooler. The heat transfer capacity of per unit power of plate cooler is 5.5 times as that of tube cooler and similar results for fin-tube cooler.
在相同工况下，比较了波纹板式、光管式和翅片管式空冷器的性能指标，结果表明：迎面风速在2.45~4.1m/s之间，波纹板式空冷器传热系数达到100~160W/平方公尺/℃；约比光管式提高70%，但只有以管束外表面为基准的翅片管式传热系数的六分之一；板式空冷器单位体积换热量约是翅片管式空冷器的1.5倍，是光管式的15倍；板式空冷器单位功耗换热量约是光管式空冷器的5.5倍，而翅片管式空冷器与光管式空冷器则相差不大。
- 更多网络解释 与fin stabilization相关的网络解释 [注：此内容来源于网络，仅供参考]
-
anal fin：臀鳍
另一类鳍是不成对的,位于身体的纵轴上,叫做奇鳍(medi-an fin),分成背鳍(dorsal fin)、臀鳍(anal fin)和尾鳍(caudal fin). 背鳍和臀鳍的基本功能除维持身体平衡、防止倾斜摇摆外,还可帮助游泳. 尾鳍有平衡、推进和转向的作用
-
caudal fin：尾鳍
另一类鳍是不成对的,位于身体的纵轴上,叫做奇鳍(medi-an fin),分成背鳍(dorsal fin)、臀鳍(anal fin)和尾鳍(caudal fin). 背鳍和臀鳍的基本功能除维持身体平衡、防止倾斜摇摆外,还可帮助游泳. 尾鳍有平衡、推进和转向的作用
-
ventral fin, pelvic fin：腹鳍
07.0034 胸鳍 pectoral fin | 07.0035 腹鳍 ventral fin, pelvic fin | 07.0036 奇鳍 median fin