1) ventilatory threshold
通气阈
1.
Evaluation of exercises intensity for hypertensive obese men by ventilatory threshold;
利用通气阈控制男性肥胖高血压患者运动强度的研究
2.
Experimental study of male kick boxing athlete s blood rheological property and the ventilatory threshold relation;
男子散打运动员血液流变性与通气阈关系的实验研究
2) VT
通气无氧阈
1.
Training intensity was set at 95% to 105% of individual VT.
方法:102名新兵进行18周5000米长跑训练,每周训练3次,以95%和105%个体通气无氧阈(VT)时的心率作为强度控制标准,以Polar心率表作为控制手段。
2.
Their O2max,VT and the left ventricular structure and function were measured before and after the training.
VO2max)、通气无氧阈(VT)和定量负荷时动态左心室结构与功能指标,并应用PCR-AFLP方法检测其ACE基因Ⅰ/D多态。
3) ventilatory threshold intensity
通气阈强度
1.
Students majored in sports as the subjects, in quiet state, with three exercises of the less ventilatory threshold intensity, ventilatory threshold intensity and more ventilatory threshold intensity, the brain electrical activity was recorded immediately after a minute of the exerxise.
采用实验研究方法,对体育系男学生(20名)在安静状态、小于通气阈强度、通气阈强度、大于通气阈强度负荷后即刻1min的脑电变化进行测试。
2.
As for the students majored in sports in quiet state,with the exercises of the less ventilatory threshold intensity,they are taken in a minute immediately;the conclusion to the changes of the brain electrical activity is as follows:less Ventilatory threshold intensity in some way affects motor column and improve the metabolism intensity of brain cells.
对体育系男学生(20名)在安静状态、小于通气阈强度负荷运动后即刻1min的脑电变化进行测试得出结论:小于通气阈强度运动在一定程度上对大脑皮质产生影响,增进了大脑细胞新陈代谢强度,可改善大脑皮质神经元代谢能力,可改善和提高脑皮层神经细胞工作能力。
3.
20 students majoring in sports were surveyed in the quiet state and with the exercises of the ventilatory threshold intensity for one minute, after a two-minute rest and after a three-minute rest.
对体育系男学生(20名)在安静状态、通气阈强度负荷后即刻1min、及恢复2min后第3min的脑电变化进行测试得出结论:通气阈强度运动在一定程度上对大脑皮质产生影响,增进了大脑细胞新陈代谢强度,可改善大脑皮质神经元代谢能力,使其产生复杂的生理效应和训练效,对脑皮层神经细胞工作能力的改善和提高是很显著。
4) less ventilatory threshold intensity
小于通气阈强度
1.
Students majored in sports as the subjects, in quiet state, with three exercises of the less ventilatory threshold intensity, ventilatory threshold intensity and more ventilatory threshold intensity, the brain electrical activity was recorded immediately after a minute of the exerxise.
采用实验研究方法,对体育系男学生(20名)在安静状态、小于通气阈强度、通气阈强度、大于通气阈强度负荷后即刻1min的脑电变化进行测试。
2.
As for the students majored in sports in quiet state,with the exercises of the less ventilatory threshold intensity,they are taken in a minute immediately;the conclusion to the changes of the brain electrical activity is as follows:less Ventilatory threshold intensity in some way affects motor column and improve the metabolism intensity of brain cells.
对体育系男学生(20名)在安静状态、小于通气阈强度负荷运动后即刻1min的脑电变化进行测试得出结论:小于通气阈强度运动在一定程度上对大脑皮质产生影响,增进了大脑细胞新陈代谢强度,可改善大脑皮质神经元代谢能力,可改善和提高脑皮层神经细胞工作能力。
5) more ventilatory threshold intensity
大于通气阈强度
1.
Students majored in sports as the subjects, in quiet state, with three exercises of the less ventilatory threshold intensity, ventilatory threshold intensity and more ventilatory threshold intensity, the brain electrical activity was recorded immediately after a minute of the exerxise.
采用实验研究方法,对体育系男学生(20名)在安静状态、小于通气阈强度、通气阈强度、大于通气阈强度负荷后即刻1min的脑电变化进行测试。
6) subliminal channel
阈下通道
补充资料：放射性核素肺通气显(成)像
放射性核素肺通气显(成)像
呼吸系统放射性核素显(成)像方法之一。肺通气显(成)像按显像剂形态的不同分为放射性气体通气显(成)像和放射性气溶胶通气显(成)像。放射性气体通气显(成)像主要用于检查支气管的通畅性和肺组织局部的通气功能；放射性气溶胶通气显(成)像主要反映支气管的通畅性，但不能反映局部肺组织的通气功能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条