1.
Objective Measurement Andlysis of Bra Stress Distribution under Static and Dynamic Status
动静态下文胸压力分布客观测量分析
2.
A review of literature on breast motion and bra pressure
文胸对乳房运动及其压力影响的研究进展(英文)
3.
Pressure Distribution of Bra Cup Based on Different Design Elements
基于不同设计要素的文胸罩杯压力分布
4.
Advances in Researches on Throax Mechanical Modeling and Simulation during Cardiopulmonary Resuscitation
人体胸廓心肺复苏胸外按压力学模型及其模拟研究进展
5.
Study of molding properties for bra-cup of warp-knitted spacer fabrics
经编间隔织物文胸罩杯的模压性能研究
6.
Herniation of abdominal viscera into the thorax following traumatic diaphragmatic rupture can simulate acute tension pneumothorax.
外伤性横膈破裂后，腹内?器进到胸腔会造成和急性压力性气胸相似的症状。
7.
The hara is also the one's physical center from which all major muscle groups symmetrically radiate.
这个收缩活动增加了胸腔的容积，降低了肺部的压力。
8.
Study on Relationship between Pressure Distribution and Fracture in the Thoracolumbar Vertebral Boby Using a Three-dimensional Finite Element Model;
胸腰段椎体内压力分布与骨折相关性的有限元分析
9.
Axial pressure capacity of injured vertebrae witch in dogs treated with injectable artificial bone composite following thoracolumbar fractures
可注射复合人工骨修复犬胸腰椎骨折后的轴向承压能力
10.
Pressure-controlled versus volume-controlled ventilation during one-lung ventilation for thoracic surgery
压力控制通气与容量控制通气在胸科手术单肺通气中的比较
11.
Mechanical test in vitro of thoracic hemiepiphyseal compression staples in goats
山羊胸椎半侧骨骺加压矫形钉体外力学测试研究
12.
A study on dose-effect relationship of the cracking sounds and the biggest pressure by the manipulation of palm-pressing on thoracic vertebrae
胸椎掌按法所致“咔哒”声响与最大按压力的量效关系
13.
and push firmly on the victim's breast bone.
用颈椎压患者胸骨。
14.
Effects of Different Compression to Ventilation Ratio Combined with Interposed Abdominal Compression Cardiopulmonary Resuscitation on the Homodynamic Response of Asphyxia Arrest Dogs;
不同胸外按压通气比结合腹部按压对心肺复苏犬血流动力学影响的比较
15.
Examination of medical thoracoscopy of nine patients with pneumothorax and review the literatures
9例气胸内科胸腔镜检查并文献复习
16.
The high transthoracic approach for anterior decompression and instrumentation of the upper thoracic vertebrae
肩胛下高位经胸入路行上胸椎前路减压融合术
17.
It opens your chest, eases the pressure on your lungs, and dampens the flames in those burning muscles.
因为这样可以把胸腔整个张开，减轻肺脏压力，使进行氧化燃烧的肌肉降温。
18.
The ARV wall may have thickened due to systemic pressure load, resulting in reduction of wall motion of the ARV on transthoracic echocardiogram.
由于主动脉压力负荷增加使右室壁变厚，经胸超声心动图显示出右心室壁位移.