1)Alveolar cleft齿槽嵴裂
1.Correction of alveolar cleft by self-ilium graft clinical nursing;齿槽嵴裂自体髂骨移植修复的临床护理
2)bone graft in alveolar cleft唇裂齿槽嵴裂植骨术
1.Objective The clinical application of guided tissue regeneration in dental implantation and bone graft in alveolar cleft were evaluated.目的 评价膜引导组织再生技术 (GTR)在牙种植术及唇裂齿槽嵴裂植骨术中的应用。
3)alveolar crest齿槽嵴
英文短句/例句
1.Supporting the Use of Mini-implant Retention of Severe Alveolar Ridge Atrophy in Patients with Dentition Defect or Lack of Clinical Research使用迷你种植体辅助固位修复重度齿槽嵴萎缩患者牙列缺损或缺失的临床研究
2.The effect of form of alveolar ridge on relining of complete dentures牙槽嵴形态对全口义齿重衬效果的影响
3.Effect of self-made apac denture adhesive on satisfaction of complete denture with poor aveolar ridgesApac新型义齿稳固剂对牙槽嵴低平患者全口义齿满意度的影响
4.Study of denture adhesive and linear occlusion application in edentulous patients with severe resorption of residual alveolar ridge义齿黏附剂与线性在牙槽嵴重度吸收无牙颌患者中的应用
5.superior prosthion上颌中切牙牙槽嵴顶点
6.Three-dimensional Finite Element Analysis of Stress Distribution and Displacement of Edentulous Alveolar Ridge Retained by Conical Telescope;不同材料套筒冠义齿无牙区牙槽嵴应力、位移分布的三维有限元分析
7.spline shaft多槽[有齿, 花键]轴
8.Study of alveolar ridge augment of modified sandwich techniques retained by implants upon dogs种植体固定的三明治法增高牙槽嵴的实验研究
9.An Investigation of Restoration of Cleft Alveolar with Vascularised Engineered Bone;血管化组织工程骨修复牙槽嵴裂的实验研究
10.Study of the Inhibition on the Absorption of Rat Alveolar Bone after ADM Partially Lay Inside;拔牙窝内填塞ADM对牙槽嵴吸收影响的实验研究
11.Clinical Study of Cancellous Iliac Bone Grafting in Cleft Alveolar Repair;髂骨松质骨移植修复牙槽嵴裂的临床研究
12.The Biomechanical Analysis of Different Type of Alveolar Implantal Distractor;不同种植体型牙槽嵴牵张器的生物力学分析
13.RESEARCH ON THE WIDTH OF THE ALVEOLAR CREST OF UPPER MOLAR IN MONGOLIAN AND HAN BY APPLYING 3-DIMENSION COMPUTED TOMOGRAPHY螺旋CT测量上颌磨牙牙槽嵴宽度的研究
14.A small dent or nick, as in the body of a car.小齿，槽口小齿或槽口，如在汽车车体中
15.Study of the relationship between clasp design and the bone loss of abutment alveoli and residual ridge卡环设计与基牙牙槽骨及剩余牙槽嵴吸收关系的研究
16.The effects of immediate implant placement and dental socket preservation on maintenance of alveolar ridge即刻种植和牙槽保存术在维持牙槽嵴骨量中的作用
17.pronounce with a flap, of alveolar sounds.发齿槽音时用节拍发出。
18.2.the approach on positioning the bracket on the basis of marginal ridge plane is advisable.2.通过边缘嵴平面辅助托槽定位的方法是可取的。
相关短句/例句
bone graft in alveolar cleft唇裂齿槽嵴裂植骨术
1.Objective The clinical application of guided tissue regeneration in dental implantation and bone graft in alveolar cleft were evaluated.目的 评价膜引导组织再生技术 (GTR)在牙种植术及唇裂齿槽嵴裂植骨术中的应用。
3)alveolar crest齿槽嵴
4)cleft alveolar牙槽嵴裂
1.An investigation of restoration of cleft alveolar with vascularised engineered bone;血管化组织工程骨修复牙槽嵴裂的实验研究
2.With further study of physiology and pathology of the patients with cleft lip and palate and biological activity of dissociative bone grafts, like cleft lip and palate repair, bone grafting in cleft alveolar repair, has become an important operative process in comprehensive and systematic treatment of cleft .随着对唇腭裂患者病理生理以及游离移植骨生物学活性的深入研究，牙槽嵴裂植骨术与唇腭裂修补术一样，已渐渐成为唇腭裂综合序列治疗的一个重要的手术步骤，但在其手术适应证、手术时间、手术方法及供骨区选择等方面还有不同看法。
5)Alveolar cleft牙槽嵴裂
1.Objective:To introduce the clinical application of vestibulum oris mucosal flap in primary repairing alveolar cleft.目的 总结 32例腭裂患儿在腭裂术中应用前庭沟黏膜瓣一期修复牙槽嵴裂的临床经验及体会。
6)alveolar cleft model牙槽嵴裂模型
延伸阅读
槽面—多齿极对的磁场特性槽面—多齿极对的磁场特性magnetic field characteristics of pole pair to grooved planepole teeth eaomian一duoehijidui de ciChang tex，ng槽面一多齿极对的磁场特性(magnetic fieldeharaeteristies of pole pair to grooved plane-poly teeth)槽面极与多个尖齿极或矩齿极组成磁极对的磁场分布规律。此种磁极对的特点是两极间整个空间磁场的不均匀性较大，因而可以提高分选效率。它们多用于辊式强磁场磁选机。槽面一多齿极对的结构参数主要是齿极形状、槽面极的曲率半径、极距、齿距和槽距等。槽面极适宜的曲率半径;、0.5，。槽面一多尖齿极对如图1所示。它类似多个双曲线形极(图2)组成的磁极对。此种磁极对沿齿极对称面上的磁感应强度可用双曲线形极对的公式近似计算。由于槽面一多齿极对的磁感应强度比单齿的双曲线形极对低，故在计算磁场力时应引入。.7一。.8的修正系数，双曲线形极对的磁感应强度为 卜州_ 丁一-一l 1~吮~一 图1槽面一多尖齿极对 牛 图2双曲线形极对。，一(。·7一。·8)。。，·in鲁〔，2一(，。。·鲁一。)2〕一式中K一鲁一鲁，，:和风为两个双曲线形极的渐近线之间的夹角，度。磁场梯度(grad召，)为赞一、。。，(，一鲁一、)〔，2一(，一鲁一、)2〕一’·5 夕2 s，n万磁场力为(。grad。)，一(。.:一0.8)、。:，ZsinZ鲁(，c。，鲁一殉)、一。-一一一y、一’--一--一.--一2一-一2一丫 几~、?，一2[12一(zeos导一犬乡)“〕一2‘一、--一2一，习 槽面一多矩齿极对如图3所示。其沿齿极对称面上的磁感应强度可用经验公式计算: 下芬协扎 土~弩~ 图3槽面一多矩齿极对 召，、召。(z一下件万y) 一少一”、一1+ml挤 B。一B盯radB IBJB- Bn B!一二‘升气 一’1+ml式中B。为齿极端处(y一0)的磁感应强度，T;l为极距，cm;B，为槽面极凹底处(y一l)的磁感应强度，T;m为系数;当极距l为0.5，、0.75、和1.0，时，m分别为1.09、0.74和0.45，齿距:=sem。其磁场梯度gradB，为 擎一拼卫一Bn d少1+ml~U磁场力为 (BgradB，，一B若气带瑞)(‘一湍，， (孙仲元)
