1.
Study on the Respiratory Efficiency Point and the Related Parameters in Juvenile Long and Middle Distance Runners;
少年中长跑运动员最佳呼吸效率点及对应参数的研究
2.
Study on VE/VO_2 and POE in different special athletes for incremental exercise;
不同专项运动员递增负荷运动中氧通气当量和最佳呼吸效率点的观察
3.
impedance respiratory frequency transducer/sensor
阻抗式呼吸频率传感器
4.
His natural breathing pattern will increase in tempo and depth, causing a greater but inefficient exchange of respiratory gasses.
他自然的呼吸模式将加快和加深，导致强度增加但是效率降低的呼吸方式。
5.
The Curative Effect of Acute Respiratory Failure Treated with Non-invasive Bilevel Positive Airway Pressure Ventilation
BiPAP呼吸机治疗急性呼吸衰竭疗效观察
6.
The effort of BiPAP to treat chronic obstructive pulmonary disease (COPD) with respiratory failure
BiPAP呼吸机治疗COPD呼吸衰竭的疗效观察
7.
The apparent quantum efficiency( AQY), photorespiratory rate( Pr) and carboxylation efficiency( CE) also were strongly affected by light quality.
不同光质对草莓叶片的表观量子效率、化效率及光呼吸速率影响较大。
8.
based on or using the principles of aerobics; enhancing respiratory and circulatory efficiency.
基于有氧运动或者运用有氧运动的方法；提高呼吸和血液循环效率。
9.
Study on the Relation of Photorespiration to Nitrogen Use Efficiency in Different Rice Genotypes;
不同基因型水稻光呼吸与氮素利用效率关系的研究
10.
Orthorhombic Experimental Study on Impact Factors of Respirable Dust Removal Efficiency of CSY-180 Hydraulic Dust Collector
CSY-180液动除尘器呼吸性粉尘除尘效率影响因素正交试验研究
11.
Effect of Photoperiod Treatments on Dormancy Induction and Changes of Correlated Respiratory Rate of Nectarine Peach Bud
光周期处理对油桃芽休眠诱导效应及呼吸速率的影响
12.
Study on ciliary beat frequency of the mucosa of bulla and upper respiratory tract in mice
小鼠中耳及呼吸道纤毛运动频率研究
13.
It requires considerable concentration to maintain a false breathing rate.
保持人为的呼吸速率需要相当专心。
14.
Sleep Apnea Syndrome and Bradycardia in Old Patients;
老年睡眠呼吸暂停综合征与心率减缓
15.
The Effects of Environmental Factors on the Respiration Frequency of Platichthys stellatus
环境因子对星斑川鲽呼吸频率的影响
16.
RESEARCH ON THE RESPIRATORY RATE CHANGE OF WHEAT UNDER DIFFERENT CONDITIONS
不同条件下小麦呼吸速率变化的研究
17.
It is hence concluded that it may be possible to fractionate total respiratory resistance into central and peripheral components by using the frequency dependence of forced oscillatory effective resistance.
说明利用强迫振荡有效阻力的频率依赖性可以分离中心和外周呼吸阻力。
18.
The Effect of Cultivated Forage on Soil Respiration Rate and Soil Microbial Respiration Quotient;
建植人工草地对土壤呼吸速率和土壤微生物呼吸商的影响