1.
Research on the Model of Surface Damage Depth in Engineering Ceramics Grinding
工程陶瓷磨削表面裂纹损伤深度模型研究
2.
The Calculational Method of Burial Depth of Damages in the Non-Destructive Test of the Airplane Infrared Heat Wave;
飞机红外热波无损检测中损伤埋藏深度的计算方法
3.
"Other factors affecting severity include depth, surface area, degree of tearing, and structures damaged."
影响伤势的其它因素包括深度、表皮区域、撕裂程度和受损之结构。
4.
minor injuries, burns, fractures, etc
轻度损伤、 灼伤、 骨折等
5.
A method for determining density of drilling fluids used in deep big-thickness salt-bed drilling based on salt rock damage mechanism
基于盐岩损伤机理的深部巨厚盐层钻井液密度设计方法
6.
Influence of Ultrasonic Deep Rolling on Reducing Surface Roughness and Healing Surface Scar of TC4 Titanium Alloy
超声深滚降低TC4钛合金表面粗糙度和修复表面损伤的作用
7.
A Study on Mechanism of Cryodamage in Human Hepatoma Carcinoma Cell;
细胞深低温冷冻损伤机制的实验研究
8.
Microdialysis Study of the Spinal Cord during Deep Hypothermic Circulatory Arrest in a Porcine Model
深低温停循环脊髓损伤的微透析研究
9.
Study on residual strength of wearing casing in deep and ultra-deep wells
深井、超深井套管磨损后剩余强度分析
10.
In the present study, we evaluated the effects of Bletilla striata gel(10%,20%) on repairing the dermal damages of skin in guinea pigs.
本实验以不同浓度的白芨水溶液，对天竺鼠背部深层皮肤损伤愈合之影响。
11.
Deep sleep is essential as it is the time when the body rejuvenates cells and repairs damage suffered during the day.
深度睡眠对健康很重要，因为身体在这段时间内会更新细胞及修复白天的损伤。
12.
MONTE-CARLO STUDIES OF RADIATION DAMAGE CAU-SED BY FUSION a-PARTICLES IN THE FIRST WALL(III) DEPTH DISTRIBUTION OF DISPLACED ATOMS IN SOLIDS
聚变α粒子对第一壁辐照损伤的蒙特-卡罗研究(Ⅲ)—— 固体中位移原子深度分布
13.
Severe injuries to the head may cause more serious brain damage.
头部重度的外伤能造成较重的脑损伤。
14.
Study on the criteria for the assessment on the degree of mental damage due to injury;
损伤导致精神损伤程度评定标准的研究
15.
Forensic assessment of mental disorder after head injury in 220 cases;
220例损伤导致精神障碍损伤程度的法医学鉴定
16.
Research on the Damage Model of Electrical Locomotives Traction Subsystem Based on the Stress Damage
基于应力损伤的电力机车传动系统损伤度模型
17.
Research on Statistical Damage Constitutive Model and Critical Damage for Rock Subjected to Triaxial Stress Contidion
岩石的统计损伤本构模型及临界损伤度研究
18.
Prediction Methods for the VIV-induced Fatigue Damage in Deep Sea Risers;
深海立管涡激振动疲劳损伤预报方法研究