齒槽間的 的英文怎麼說

中文拼音 [chǐcáojiānde]
齒槽間的 英文
interalveolar
  • : Ⅰ名詞1 (牙; 牙齒) tooth 2 (物體上齒形的部分) a tooth like part of anything 3 [書面語] (年齡...
  • : 名詞1 (盛牲口飼料或飲料等液體的器具) trough; manger (for water animal feed wine vat) 2 (兩邊...
  • : 間Ⅰ名詞1 (中間) between; among 2 (一定的空間或時間里) with a definite time or space 3 (一間...
  • : 4次方是 The fourth power of 2 is direction
  • 齒槽 : 1. (牙槽) alveolus dentalis2. (鋸齒間空隙) gullet
  1. Serrations for surgical instruments ; profile angles, groove distances

    外科器械細花鍵連接.形角
  2. Check the gear wheel drive in the groove of the wall, select four gear wheel ( red pinion is not used ) of different size for use, load heavy gear wheel, times of heavy gear wheel, times of light gear wheel, minimum gear wheel most onto separately from left to right, make gear wheel hand in, form each other, leave behind, operate a switch, drive, finish

    檢查墻壁凹輪驅動裝置,選用大小不同四個輪(紅色輪不用) ,從左到右分別裝上最大輪、次大輪、次小輪、最小輪,並使相互交結,拉下拉閘,驅動完成。
  3. Set up the following 2d parametric models : ( dinitial contour of cone. ( 2 ) six types of inserts : cut insert, conical insert, ovoid insert, chisel insert, gage insert and scoop chisel insert. ( 3 ) twelve types of slots : six slots between the rows of inserts ; six slots on the head of cone

    建立了以下幾種二維參數化模型: ( 1 )牙輪初始輪廓; ( 2 )六種牙,包括平頂、錐形、球形、楔形、邊楔和勺形; ( 3 )十二種,其中六種牙輪圈之、六種牙輪頂端
  4. 4. calculate the engaging distance between inserts and slots and the least thickness from bearing to contour of cone automatically. 5

    自動計算相鄰牙輪之最小嚙合隙和牙底部到牙輪內孔最小壁厚。
  5. The relationship between drawing top limitation and characteristics of scallop formation and thickness irregularity along article perimeter is found

    確定了極限拉伸程度與形成特性和零件周邊壁厚差特性關系。
  6. The major conclusions of the article are : 1 ) it presents the methods of the key parameter selection and calculation of the gear pump, including the volumetric capacity, the gear profile and its parameter, the leakage, and input power. and it demonstrates the rationality of the parameter selection through experiments

    本論文主要工作及結論如下: 1 )給出了高參數輪泵關鍵技術參數計算、選用方法,包括輪泵轉排量、輪泵轉子型式及其參數、輪泵工作隙、卸荷輪泵輸入扭矩計算選擇方法,並用實驗方法檢驗了關鍵技術參數選擇合理性。
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