1.
The tooth marks depths′s finite element analysis of power slip in deep well drilling
深井钻井中动力卡瓦对钻杆造成的牙痕深度的有限元分析
2.
I drove the dog away and opened my trousers; teeth marks showed deep and red.
我把狗赶走，解开裤子一看，牙痕又深又红。
3.
Influences of Residual Stress on Load-Depth Curve in Indentation Test;
残余应力对压痕实验中压力—压痕深度曲线的影响
4.
The distribution of Porphyromonas gingivalis and Treponema denticola in different depth of periondontal pockets
牙龈卟啉菌和牙垢密螺旋体在不同深度牙周袋内的分布
5.
Influence of different dentin depths on microtensile bond strength of two dentin adhesive systems
2种牙本质黏结系统对不同深度牙本质微拉伸黏结强度的比较
6.
Effect of depth and angle of reverse-curve arch wires on stress distribution of tooth roots and periodontal tissue
摇椅弓角度和弧形深度对牙根和牙周组织应力分布的影响
7.
disfigure one's face by a deep cut
深深的伤痕使脸很难看
8.
Factors Resulting in Micron Indentation Hardness Descending in Indentation Tests
纳米压痕实验微米级深度硬度下降现象的研究(英文)
9.
The Research of the Morphology and Biomechanics for the Bitemark in Porket Limb;
乳猪肢体牙痕形态学和牙痕损伤的生物力学
10.
The retention of gold alloy clasp on the molar was greater than that on the premolar in the same condition of undercut.
相同倒凹深度上,磨牙金合金卡环固位力比前磨牙大。
11.
Influence of Pocket Depth on the Therapeutic Effect of HBO in Aged Patients with Periodontitis
牙周袋深度对高压氧治疗老年人牙周炎疗效的影响
12.
Non-extraction treatment of Class Ⅱ division 1 malocclusion with deep overjet
安氏Ⅱ类1分类Ⅲ度深覆盖错?的非拔牙矫治
13.
Relationship Between Gold Alloy Clasp Retention and Depth of Abutment Undercut
金合金卡环固位力与基牙倒凹深度的关系
14.
The effect of different gutta-percha master cones on first penetration depth of spreader and apical microleakage
根充主牙胶尖对侧压深度和根尖微渗漏的影响
15.
Clinical application of deep sedation in extraction of children's imbedded teeth
深度镇静在儿童埋藏牙拔除术中的应用
16.
Deep scratches cannot be filled in and in some cases cannot be removed.
深度的划痕是无法弥补的，并且在很多情况下是不能去除的。
17.
On the basis of calculation results, fatigue life was estimated by nominal stress approach.
讨论了不同位置和深度的划痕对紧固孔疲劳寿命的影响。
18.
Depth-sensing Indentation (DSI) Technique and Application of Analyzing Mesoscopic Mechanical Properties of Material Subjected to Cyclic Loading;
深度—传感压痕（DSI）技术及其在疲劳细观力学分析中的应用