1.
percentage of forced expiratory volume in first second to forced vital capacity
第一秒用力呼气量占用力肺活量百分率
2.
FEV_6 as a surrogate for FVC in the diagnostic screening for chronic obstructive pulmonary disease
第六秒用力呼气容积替代用力肺活量法筛选诊断慢性阻塞性肺疾病效果研究
3.
Geographical distribution of the normal reference value of forced vital capacity of adolescent boys
青春期男性用力肺活量正常参考值的地理分布规律
4.
The geographical distribution of the normal reference value of forced vital capacity of middle-aged men
中年男性用力肺活量正常参考值的地理分布规律
5.
The geographical distribution of the normal reference value of forced vital capacity of presenile women
老年前期女性用力肺活量正常参考值的地理分布规律
6.
An instrument for measuring the force or volume of inspiration or expiration in the lungs.
呼吸气量测定器；肺活量计用以测量肺部吸入或呼出空气的力量或体积的一种仪器
7.
precision incentive spirometer
精密激励式肺活量计
8.
A Survey and Analysis of the Students Stamina Quality and Vital Capacity in CTCT;
常州技术师范学院学生耐力素质和肺活量状况的调查与分析
9.
On average, we use only 15 percent of our lung capacity, even during strenuous exercise.
一般情况下，人们即使剧烈运动也只用到15%的肺活量。
10.
The Study on Treatment Effect and Dose-effect Relationships of the Blood-cooling and Promoting Blood Flow Drugs on Radiation-induced Lung Injury of Rat;
凉血活血方对大鼠放射性肺损伤的防治作用及量效关系研究
11.
Volcanic force or activity.
火山作用火山的力量或活动
12.
Clinical application of cardiopulmonary capacity monitor PiCCO in monitoring the hemodynamics of patients with serious burn
PiCCO心肺容量监护仪在危重烧伤患者血流动力学监测中的临床应用
13.
Analysis on the Current Situations of Vital Capacity of Mongolian Students in 2005
2005年蒙古族学生肺活量现状分析
14.
The Measurement of Thorium Lung Burden and Its Preventive Function for Pneumoconiosis.
肺内钍沉积量的测量系统在预防尘肺中的作用
15.
Oxygen Transfer in the Pulmonary Capillaries and Flux and Pressure Distributions Along the Pulmonary Blood Circulatory System;
肺毛细血流氧输运及肺血流压力、流量分布
16.
Assessment of Activities of Daily Living for Patients with Chronic Obstructive Pulmonary Disease
慢性阻塞性肺疾病日常生活能力评价
17.
The Role of the Pulmonary Surfactant in the Pulmonary Contusion;
肺表面活性物质在肺挫伤中的作用研究
18.
Roles of NF-κ B and HSP70 in Acute Lung Injury and the Underlying Mechanisms;
急性肺损伤肺组织NF-κB和HSP70的活性作用研究