齿槽

chǐ cáo
  • alveolus
齿槽齿槽
  1. 影响PRC结构竖向齿槽接缝抗剪强度的因素

    Factors influencing the shear strength of vertical alveolus connection in PRC structures

  2. 分析了各种因素对PRC结构竖向齿槽接缝抗剪强度的影响,指出:连接形式通过多种因素影响接缝抗剪;

    Many factors which influence the shear strength of vertical alveolus connection in PRC structures were analyzed . The paper points out that : connection style influences the shear strength in many ways ;

  3. 非悬臂梁末端种植体齿槽骨吸收与前部种植体齿槽骨吸收比较差异无显著意义

    More crest bone absorption were noticed at the implants near cantilevers .

  4. 方法在20只猫下尖牙上进行深窝洞的树脂直接充填,测量猫下齿槽神经痛觉传入神经C纤维在树脂充填过程中的诱发放电变化。

    Methods Deep cavities of twenty cat mandibular canines were prepared and composite resin was directly filled .

  5. 基于MATLAB解析计算无刷直流电动机的齿槽转矩

    Analytical Calculation of Cogging Torque in Brushless DC Motors Based on MATLAB

  6. HRP法在下齿槽神经损伤修复实验研究中的应用

    Application of HRP method in the experimental study of injuring and repairing of inferior alveolar nerve

  7. B组为牙种植术患者7例,出现种植体暴露和齿槽嵴高度不足,采用GTR技术进行修复;

    Group B : Seven patients with implants exposure or insufficient height of alveolar crest , were repaired with guide tissue regeneration technique .

  8. 该文利用螺旋CT和图像数字化处理技术对活体牙齿-齿槽骨结构进行几何重建,并在此基础上进行了三维实体有限元建模。

    In the paper , the geometric reestablishment of the living tooth alveolar bone is achieved by adopting the spiral CT technique and image digitalization treatment , and then the 3D finite element modeling is realized .

  9. Pendulum是以上颌前部齿槽骨和前牙为支抗,后移磨牙来矫正牙源性Ⅱ类错牙合。X线与CT在诊断眼眶骨折中的应用

    Pendulum were used to treat distoclusion with the anchorage of the frontal bone and the teeth of maxilla . Effect of X-ray and CT in diagnosis the fracture of orbital surface of frontal bone

  10. 介绍了电感式传感器的硬件结构及其实现电机齿槽信号的检测原理,阐述了DSP获取动子位置的计算方法。电感传感器及智能化磁法涂层测厚仪

    The hardware of the inductive sensor , the teeth-slot signals detection principle of long stator , and signals processed with DSP are elucidated . The Design of the Inductive Sensor and the Intelligent Coating Pachometer Using Magnetic Method

  11. 针对电磁悬浮(EMS)型磁浮列车用凸极直线同步电机定子和转子齿槽不连续分布的特点,提出一种基于解析的驱动力和悬浮力计算新方法。

    Considering the alveolus discontinuous distribution of stator and rotor in salient pole synchronous motor applied to electromagnetic suspension ( EMS ) maglev train , a novel analytical computation method of thrust force and levitation force was put forward .

  12. 同时,根据计算机视觉原理,计算蜗轮齿槽曲面上CC点的可视方向范围检查刀具干涉、控制刀具姿态,并根据CC点处的主曲率、加工精度要求等计算切削行宽。

    Moreover , according to the principle of computer vision , it calculates the visibility direction of cutter contact ( CC ) point on the wheel mating surface so to check the cutter interference and to control the cutter angles .

  13. 并通过有限元软件建立分数槽永磁电机的计算模型,计算电机模型的电磁场,得到分数槽永磁电机的齿槽转矩值和FFT频谱分析。

    By finite element software fractional slot permanent magnet motor calculation model and the calculation of the motor model of electromagnetic field is established . The cogging torque of permanent magnet motor value and FFT spectrum analysis is also demonstrated here . 2 .

  14. 但是,CFRP的导热性差、各向异性及层合结构等特点导致其在成形齿槽铣削的过程中容易出现铣削力过大、刀具磨损严重和加工质量难以保证等缺点,严重影响其推广应用。

    But the low thermal conductivity , anisotropy and laminated structural lead to the high cutting force , tool wear seriously and bad machined surface quality when form milling the CFRP . This makes CFRP cannot be spread in the world .

  15. 目的研究下颌支矢状劈开术(SSRO)常用两种内固定方式对下齿槽神经(IAN)功能的影响。

    Objective To evaluate the neurosensory functions of the inferior alveolar nerve ( IAN ) after two rigid internal fixations for the sagittal split of ramus osteotomy ( SSRO ) in monkeys .

  16. 以较强的单脉冲刺激下齿槽神经(AI),用微电极在三叉神经脊束核尾侧亚核(STCN)记录神经元的痛诱发放电。

    During stimulation of nervus alveolaris inferior with relatively stronger single pulse , the evoked discharges from the neurons in spinal trigeminal caudal nucleus ( STCN ) with microelectrodes were recorded .

  17. 目的采用三叉神经体感诱发电位(trigeminalsomatosensoryevokedpotential,TSEP)检查恒河猴下颌骨牵引延长术对下齿槽神经功能的影响。

    Objective To assess sensory function of inferior alveolar nerve in monkeys with mandibular distraction osteogenesis by use of trigeminal somatosensory evoked potential ( TSEP ) .

  18. 结果经过108~152天的治疗,26例单侧完全性唇腭裂齿槽左右裂隙较矫治前平均缩小53mm,前后裂距较矫治前平均缩小35mm;

    Results After 108 152 days of therapy , the average width of alveolar cleft decreased by 5 3 mm in 26 patients with unilateral cleft lip and palate .

  19. 装配式框架钢纤维混凝土齿槽节点

    Steel Fibre Reinforced Concrete Tooth-Groove Joint in Prefabricated RC Frame Structure

  20. 双侧下颌升支矢状截骨下齿槽神经损伤和感觉恢复

    Nerve injury and neurosensory recovery following bilateral mandibular sagittal split osteotomy

  21. 削弱永磁电机齿槽转矩的一种新方法

    New method for reducing cogging torque in surface-mounted permanent magnet motors

  22. 涂抹过量黄油于输入轴齿槽中。

    Excessive amount of grease applied to the input shaft splines .

  23. 采用齿冠开槽法有效抑制永磁电机齿槽力矩

    Reducing the Cogging Torque of PM Motor by Stator Teeth Notching

  24. 齿槽外科手术辅助正畸快速牙移动的动物实验研究

    Animal Experimental Research on the Alveolar Surgery-aided Rapid Orthodontic Tooth Movement

  25. 轴向磁场磁通切换永磁电机齿槽转矩分析

    Analysis on cogging torque in axial field flux-switching permanent magnet machine

  26. 永磁同步直线电机分数槽绕组谐波分析和齿槽力研究

    Study on the Slot Effect of Permanent Magnet Synchronous Linear Motors

  27. 永磁无刷直流电机齿槽转矩削弱方法

    Method of Weakening Cogging Torque of Permanent Magnet Brushless DC Motor

  28. 发齿槽音时用节拍发出。

    Tact timing pronounce with a flap , of alveolar sounds .

  29. 直线电机齿槽推力波动的标定与补偿方法

    Approach to calibrating and compensating cogging force ripple in linear motors

  30. 采用髂骨骨松质行齿槽嵴裂植骨46例临床分析

    A Clinical Analysis of 46 Cases Who Received Alveolar Iliac Bone Grafting