1) Edgewise technique appliance
Edgewise矫治技术
1.
Methods 40 case of 12~32 years old with gummy smile deep overbite patients, treated by Edgewise technique appliance, closing maxillary extraction of tooth space by J hook in night and by internal traction or II traction in day, recorded the dimension of Pr to SN (PrSN) and smiling line to Ui(StmUI) and the angle of ANB, then compared the difference between pre-operation and p.
方法 40例患者均采用Edgewise矫治技术 ,夜晚采用J形钩高位牵引关闭上颌拔牙间隙 ,白天采用颌内牵引或Ⅱ类牵引关闭上颌拔牙间隙 ,记录上齿槽缘点到蝶鞍平面的距离 (PrSN)、微笑时笑线与上切牙切点的距离 (StmUi)以及ANB角 ,比较它们术前、术后的变化。
2) Edgewise appliance
Edgewise矫治器
1.
The differences of hard tissue changes and stability of Angle s Class Ⅱ division 1 extraction cases treated by Begg appliance and Edgewise appliance;
Begg及Edgewise矫治器减数治疗安氏Ⅱ类1分类错的硬组织变化及其稳定性
3) technique
[英][tek'ni:k] [美][tɛk'nik]
矫治技术
1.
Opportunities and challenges during the development of the orthodontic invisable aligner technique;
无托槽隐形矫治技术——口腔正畸的机遇与挑战
4) edgewise technique
方丝弓矫治技术
1.
Clinical application and design of rotating auxiliary spring for rotated tooth in edgewise technique;
扭转辅簧的设计及其在方丝弓矫治技术中的临床应用
2.
9 years old), were selected to be treated with standard edgewise technique consisted of 4 first premolars extraction.
方法 对24例广东籍双颌前突患者在拔除4个第一双尖牙后,采用标准方丝弓矫治技术进行矫治,并对矫治前后硬组织侧貌的变化进行分析。
5) Broussard two-forced technique
Broussard双力矫治技术
1.
The orthodontical appliance used in all patients was Broussard two-forced technique system.
方法:采用Broussard双力矫治技术,分别选择正畸关闭间隙及正畸集中间隙后义齿修复缺牙两种方法,对8例上颌侧切牙先天缺失患者进行治疗。
6) edgewise-orthotic skill
直丝弓矫治技术
1.
Objective To analyze the effects of orthotherapy by functional orthotic appliance and edgewise-orthotic skill on Angle classⅡdivisionⅠmalocclusion.
目的探讨利用功能性矫治器、直丝弓矫治技术治疗安氏Ⅱ类Ⅰ分类错耠,并比较矫治前后软、硬组织头影测量的变化。
补充资料:edgewise compressive strength
分子式:
CAS号:
性质:又称沿层压缩强度。对层压塑料板的层压侧面施加平行于层间方向的压应力所能承受的强度。层压塑料板一般、是由浸过树脂的玻璃纤维布或纸叠合起来,在一定的压力和温度下固化制得,所以它是各向异性材料,特别对沿层方向和垂直层面方向,性能相差更为显著。因此,在报告它的力学性能时必须说明方向。
CAS号:
性质:又称沿层压缩强度。对层压塑料板的层压侧面施加平行于层间方向的压应力所能承受的强度。层压塑料板一般、是由浸过树脂的玻璃纤维布或纸叠合起来,在一定的压力和温度下固化制得,所以它是各向异性材料,特别对沿层方向和垂直层面方向,性能相差更为显著。因此,在报告它的力学性能时必须说明方向。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条