caudal 中文意思是什麼

caudal 解釋
adj. 形容詞 【解剖學；動物學】尾的；尾部[側]的，尾狀的。
caudalfin 尾鰭。
caudal appendage 尾。

  1. Specifically, a halfmoon betta must have a caudal where both ends are exactly 180 degrees apart or more, spreading towards the front

    具體來說，半月斗魚一定要具備開展朝向前方， 180以上的尾鰭。
  2. The quest for the perfect halfmoon by selectively breeding for branching and straight caudal edges has given rise to a new development in the betta splendens tailforms - the rosetail

    為追求最完美的半月斗魚，經由淘汰育種，培育巨大或直挺的尾鰭，斗魚尾鰭樣式已經演化出一新的支系，著名的玫瑰尾斗魚。
  3. At the caudal end of the sacrum the roof of the vertebral canal is commonly deficient.

    在骶管末端，椎管往往缺損。
  4. An increase in extracellular potassium does in fact shift the pacemaker within the sinus node from the cephalic to the caudal portion.

    細胞外液鉀的增高確實能使竇房結內的起博點從頭側移向尾側。
  5. The experience on the cooperation of liver caudal lobe resection

    肝尾葉除術的配合體會
  6. Fish tail caudal fish shapes

    魚的尾鰭形狀
  7. The term caudal means nearer to the tail and is used in description of embryos

    尾側意指靠近尾部，常用在胚胎的描述中。
  8. Caudal costal demifacet

    肋骨後半關節面
  9. When it swims, its long flowing caudal fins make it look like a fairy dancing gracefully

    游動時長鰭飄飄，宛似仙子起舞。
  10. Caudal edges have to be straight or curving outwards, and not bending inwards

    尾鰭邊緣一定要直或是向外彎曲，不能向內彎折。
  11. Role of caudal pressor area of medulla oblongata in vasomotor tone of peripheral vessels

    大鼠延髓尾端加壓區對外周血管緊張的影響
  12. Inferior ( caudal, below ) toward the feet or lower part of the body and further from the head

    下（尾側、下方）指向腳或身體下部、離頭較遠的方位。
  13. A total of 770 hair samples from 78 dogs and 32 cats were cultivated to isolate fungus on sabouraud medium and dermatophyte test medium from january 2002 to march 2003 in veterinary teaching hospital of china agricultural university. all hair samples were collected from seven points of the pets : the right carpus, the lateral corner of right eye, the external canal of right ear, the dorsal of right ear base, dorsal, ventral and caudal

    從2002年1月至2003年3月，在中國農業大學動物醫院對北京地區臨床健康寵物犬78隻、貓32隻，分別從其身體的右腕、外眼角、耳內、耳外、背、腹、尾等7個點採集了770個被毛樣本，進行真菌培養和鑒定。
  14. The robotic fish model selected in this paper which consider an idealized bcf propulsive fish model that consists of only three links : the rigid body in the foreside ; the high aspect ratio caudal fin ; the caudal peduncle which connects the caudal fin and the body

    機器魚的模型建立是把理想的bcf推進式魚類分為三個部分，分別是：前部剛性的身體，大展弦比的尾鰭和一個連接以上兩部分的尾頸。
  15. The nucleus of the solitary tract ( nts ) innervates the visceral primary afferents of most organs in the neck, chest and abdomen. the rostral part of nts receives the special visceral, gustatory afferents, while the mid - caudal part receives the respiratory, gastrointestinal and cardiovascular afferents

    孤束核（ nts ）接受頸、胸和腹腔大部分內臟器官的感覺傳入，其吻段1 / 3主要與特殊內臟感覺的味覺傳入有關，中尾段2 / 3主要與呼吸器官、胃腸道和心血管等內臟傳入有關。
  16. The study object in this paper is a lunate caudal fin imitating tuna - tail with the mode combined swaying and yawing in uniform flow which is incompressible and inviscid

    本文的研究對象是類似於金槍魚尾鰭的一個推進裝置，它是一個月牙形的尾鰭。
  17. This dissertation sets up the kinematics model on the basis of the biomimetic study of lunate - tail propulsion steady swimming fish and of the analysis of fish body motion and caudal fin motion

    本文在綜合國內外魚類游動文獻中的有關研究成果的基礎上，分析了魚類游動過程中魚體和尾鰭運動，建立了月牙尾推進模式穩態游動的運動學模型。
  18. In order to imitate tune tail fin better, a flexible fin only in chordwise is considered. results shows that flexibility can increase the propulsive efficiency and cause small decreases in the average thrust compared with a rigid caudal fin with similar motion. next, a comparison between the rectangle fin and the lunate fin is given

    為了使數學模型更貼近生物模型，本文又將尾鰭處理為只考慮弦向變形而不考慮展向變形的柔性體，兩者對比的結果表明，柔性翼使得平均推力減小，但是，對具有相同推力的柔性翼比剛性翼具有更高的效率。
  19. The test proves that the caudal fin oscillation frequency, the maximum amplitude of vibration of caudal fin, the caudal fin strikes the water angle influence the fish ’ s speed ; the curve experiment has obtained curve radius of inertia advance curve and static curve ; the ups and downs experiment proves that the pectoral fin on different angle influences the fish to move ups and downs

    加減速試驗論證了尾鰭擺動頻率、尾鰭后緣最大擺幅以及尾鰭的最大擊水角度對魚體速度的影響;轉彎試驗測得了機器魚慣性前進轉彎和靜止轉彎時的轉彎半徑;在機器魚的升潛試驗中論證了胸鰭不同轉角對升潛運動的影響。
  20. The sixth section gives the experimental results in the quasi - steady flow around the caudal fin and mimic the forward swimming using the caudal fin as the propulsor. and then review the speed and track of the robotic fish swimming when locomotion parameters are set in the experiment condition

    第六部分通過機器魚的自主游動實驗，初步模擬了機器魚利用尾鰭擺動推進前進，考察了實驗條件下設定魚的尾鰭擺動相關參數的情況下魚的游動速度和尾鰭的擺動軌跡情況。
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