1)Inferior alveolar nerve下齿槽神经
1.Changes of histology and ultrastracture in the inferior alveolar nerve after mandibular lengthening with different rates of distraction;不同速率牵张下颌后下齿槽神经的组织学和超微结构改变
英文短句/例句
1.Effects of Mandibular Setback on the Inferior Alveolar Nerve and Temporomandibular Joint;下颌后退术对下齿槽神经及颞下颌关节影响的实验研究
2.The Use of 3-Dimensonal Reconstructions to Evaluate the Anatomic Relationship of the Inferior Alveolar Nerve and Mandible使用三维空间重建评估下齿槽神经与下颌骨的解剖关系
3.Inferior Alveolar Canal Course: A Digital Panoramic Study数字成像曲面断层x线片中下齿槽神经管走行的测量
4.An Experimental Study on Indirect Injury of Teeth and Inferior Alveolar Neurovascular Bundle Caused by Maxillofacial Trauma;颌面部创伤致牙齿及下牙槽神经血管束间接损伤的实验研究
5.Effects of Distraction Osteogenesis on the Inferior Alveolar Nerve: An Experimental Study in Rabbits;牵引成骨术对兔下牙槽神经影响的实验研究
6.Clinical Application and Evaluation of Two Types of Block Anesthesia of Inferior Aleolar Nerve两种下牙槽神经阻滞麻醉方法的临床效果评价
7.Make sure that the film stays within the film guides, and that the upper sprocket edge is under the guide plate.要保证胶片嵌入胶片槽,且上齿边缘在槽板下。
8.Influence of Unilateral Mandibular Distraction Osteogenesis on IAN and TMJ牵张成骨对兔下牙槽神经和颞下颌关节影响的实验研究
9.An Experimental Study on Indirect Injury of Inferior Alveolar Neurovascular Bundle Caused by Maxillofacial Impact Injury颌面部撞击伤致下牙槽神经血管束间接损伤的实验研究
10.Indirect Injury of Inferior Alveolar Neurovascular Bundle Caused by High Speed Projectile in Maxillofacial Region of Dogs颌面部高速投射物伤致下牙槽神经血管束间接损伤的实验研究
11.Clinical application and evaluation of three types of block anesthesia of inferior alveolar nerve3种下牙槽神经阻滞麻醉方法的临床应用与评价
12.spline shaft多槽[有齿, 花键]轴
13.Application of Neural Network for Rare Earth Electrolytic Cell Design神经网络在稀土熔盐电解槽槽压中的应用研究
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.The Calculation of Longitudinal Load Distribution of Gear Based on BP Neural Network基于BP神经网络的齿轮齿向载荷分布系数计算
16.The change of the distal alveolar bone of the second molar after the removal of the impacted mandibular wisdom tooth:a follow-up study下颌阻生智齿拔除后第二磨牙远中牙槽骨变化的临床研究
17.Clinical Observation on Relationship Between Roots Form of Mandibular Impacted Teeth and Dry Socket Among 526 Cases526例下颌阻生智齿根部解剖形态与干槽症关系的临床观察
18.Clinical Study of Povdine Iodine the Incldence of Dry Socket Caused by Impacted Mandibular Third Molar Extraction碘伏预防下颌阻生智齿拔除后干槽症的临床观察
相关短句/例句
inferior alveolar never transection下齿槽神经横断
1.Objective: To study the feasibility of establishing an availability and credibility denervated mandiblar fracture animal model,by observing effect of inferior alveolar never transection on mandibular fracture healing.方法:40只中国大白兔被随机分为2组:下齿槽神经横断+下颌骨骨折组(20只),单纯下颌骨骨折组(20只)。
3)inferior alveolar canal下齿槽神经管
1.Objectives:To describe the morphology and course of the inferior alveolar canal(IAC) as it appears in digital panoramic radiographs.目的:描述下齿槽神经管在曲面断层x线片中的形态和走行。
4)Mobilization of the inferior alveolar nerve下齿槽神经游离术
5)inferior alveolar nerve下牙槽神经
1.Influence of Distraction Osteogenesis on Goat Inferior Alveolar Nerve by Higher Rate;较大速率牵引成骨术对山羊下牙槽神经的影响
2.Effect of inferior alveolar nerve section on mandibular fracture callus;失下牙槽神经对下颌骨骨折愈合影响的实验研究
3.Effects of mandibular distraction osteogenesis on rabbit inferior alveolar nerve;下颌骨牵引成骨术对兔下牙槽神经的影响
6)inferior alveolar nerve section失下牙槽神经
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)
