1)midfacial fracture面中份骨折
1.Application of rigid internal fixation RIF in reconstruction of dentomaxillofacial deformities following malunited midfacial fracture;RIF技术在陈旧性面中份骨折所致牙颌面畸形的外科修复与功能重建中的应用
2.Objective:To discuss epidemiological character and relative risk factors of midfacial fractures and to appraise postoperative therapy of midfacial fractures,the report is intended to reveal the risk factors of prognosis of midfacial fractures,which can offer impersonality bases for diagnosing midfacial fractures.目的:1)探讨面中份骨折发生的流行病学特征和相关危险因素;2)评价面中份骨折术后疗效,揭示影响预后的危险因素,为面中份骨折的诊治提供客观依据。
英文短句/例句
1.Clinical Analysis of Midfacial Fractures with 100 Cases100例面中份骨折患者病例回顾性分析
2.Rigid Internal Fixation through Coronal Scalp Incision and Intraoral Incision Treating Midfacial Multiple Fracture头皮冠状切口加口内切口坚固内固定治疗面中份多发性骨折
3.Fractures of the calcaneus are the most common type of tarsal bone injuries, and about 75% of total calcaneal fractures are intraarticular.跟骨骨折是跗骨中最常见的骨折，约75%的跟骨骨折为关节内骨折。
4.Application of 3D-SSD imaging in maxillofacial fractures3D-SSD成像在颌面部骨折中的应用
5.Fractures of the nose may be associated with septal tractures and hematomas.鼻骨骨折可伴有中隔骨折和血肿。
6.Coronal Surgical Incision for Reconstruction of Midfacial Fractures冠状切口在面中部复杂性骨折中的应用
7.The histologic and morphologic changes of craniofacial sutures after trans-sutural distraction of midfacial skeleton面中份缝牵引成骨过程中颅面骨缝的组织与形态学变化
8.Clinical Application of Rigid Internal Fixation in Fracture of Jaws;坚固内固定技术在颌面部骨折中的临床应用
9.Clinical Study on Complications of Rigid Internal Fixation of Midface Fractures面中部骨折坚强内固定术后并发症的临床分析
10.The Experimental and Clinical Studies of Midfacial Skeleton Protraction at Its Medium Position;中位牵引前移面中份骨骼的实验与临床研究
11.16-slice Helical CT 3D Reconstruction and MPR:the Clinical Application in Nasal Bone Fracture懵菪鼵T三维和多层面重建技术在鼻骨骨折中的临床应用
12.The choice of internal fixation is important in treating long bone fracture.在长骨骨折治疗中，外科医生经常面临选用何种固定。
13.Value of 3D reconstruction and multiplanar reformation of spiral CT in scaphoid fractures螺旋CT三维重组与多平面重组在诊断腕舟状骨骨折中的价值
14.Treatment of posterior acetabular fracture combined with compressive articular surface of the acetabulum髋臼后壁骨折合并关节面压缩骨折的治疗
15.CT Rendering and Mechanical Analysis for Rib Fracture Inextricable on X-ray Chest Film in Legal Medical Practice;CT在肋骨骨折认定中的价值及骨折的力学分析
16.There were 7cases of the posterior cranial base, in witch, 4 cases were fracture inthe petrous part of temporal bone, 5 mastoid part of the temporal bone,and 2 clivus of the occipital bone.后颅窝底骨折7例,其中岩部骨折4例,乳突部骨折5例,枕骨斜坡骨折2例。
17.She suffered a fracture in the accident; He had an insulin shock after eating three candy bars; She got a bruise on her leg; He got his arm broken in the scuffle.她在事故中遭受了骨折。
18.RESEARCH ON RELATIONSHIP BETWEEN BONE TRACTION AND ANGLE OF INCLINATION OF CROSS SECTION OF SHAFT BONE FRACTURE骨干骨折断面倾角与骨牵引关系的探讨
相关短句/例句
Midfacial fracture面中部骨折
1.Treatment of old midfacial fractures;陈旧性面中部骨折的治疗探讨
2.Intensive care for treatment of midfacial fracture;进一步重视对面中部骨折的处理
3.Methods Forty-three cases of midfacial fractures admitted in our department from May 2001 to Oct 2004 were analyzed retrospectively.方法统计我科2001年5月~2004年11月收治的43例面中部骨折的病例资料,对其中16例陈旧性面中部骨折用LeFortⅠ型截骨术治疗手术效果进行分析。
3)midface fracture面中部骨折
1.Therapeutic effects of coronal incision on midface fracture;冠状切口在治疗面中部骨折中的疗效
2.Objective To investigate different ways and fix methods of surgical operation of midface fracture.目的探讨面中部骨折手术治疗的不同路径和固定方法。
3.Object: To discuss the application of rigid internal fixation (RIF) on midface fractures and provide the theoretical foundation and clinical guidance for the rigid internal fixation on midface fractures.目的:探讨坚强内固定技术在面中部骨折治疗中的应用,为面中部骨折坚强内固定治疗提供理论依据和临床指导。
4)Uppermid face facture面中上区骨折
5)facial bone fracture面颅骨骨折
1.Objective To evaluate spiral CT 3D imaging in the diagnosis of facial bone fractures.目的 评价螺旋CT三维成像技术在诊断面颅骨骨折中的作用。
6)Maxillofacial fracture颌面骨骨折
延伸阅读
ANSYS中在任意面施加任意方向任意变化的压力方法在任意面施加任意方向任意变化的压力 在某些特殊的应用场合，可能需要在结构件的某个面上施加某个坐标方向的随坐标位置变化的压力载荷，当然，这在一定程度上可以通过ANSYS表面效应单元实现。如果利用ANSYS的参数化设计语言，也可以非常完美地实现此功能，下面通过一个小例子描述此方法。 !!!在执行如下加载命令之前,请务必用选择命令asel将需要加载的几何面选择出来 !!! finish /prep7 et,500,shell63 press=100e6 amesh,all esla,s nsla,s,1 ! 如果载荷的反向是一个特殊坐标系的方向,可在此建立局部坐标系,并将 ! 所有节点坐标系旋转到局部坐标系下. *get,enmax,elem,,num,max dofsel,s,fx,fy,fz fcum,add !!!将力的施加方式设置为"累加",而不是缺省的"替代" *do,i,1,enmax *if,esel,eq,1,then *get,ae,elem,i,area !此命令用单元真实面积，如用投影面积，请用下几条命令 ! *get,ae,elem,i,aproj,x !此命令用单元X投影面积，如用真实面积，请用上一条命令 ! *get,ae,elem,i,aproj,y !此命令用单元Y投影面积 ! *get,ae,elem,i,aproj,z !此命令用单元Z投影面积 xe=centrx !单元中心X坐标(用于求解压力值) ye=centry !单元中心Y坐标(用于求解压力值) ze=centrz !单元中心Z坐标(用于求解压力值) ! 下面输入压力随坐标变化的公式,本例的压力随X和Y坐标线性变化. p_e=(xe-10)*press+(ye-5)*press f_tot=p_e*ae esel,s,elem,,i nsle,s,corner *get,nn,node,,count f_n=f_tot/nn *do,j,1,nn f,nelem(i,j),fx,f_n !压力的作用方向为X方向 ! f,nelem(i,j),fy,f_n !压力的作用方向为Y方向 ! f,nelem(i,j),fz,f_n !压力的作用方向为Z方向 *enddo *endif esla,s *enddo aclear,all fcum,repl !!!将力的施加方式还原为缺省的"替代" dofsel,all allsel
