眼脉动幅度,Ocular Pulse Amplitude英语短句,例句大全

眼脉动幅度,Ocular Pulse Amplitude
1)Ocular Pulse Amplitude眼脉动幅度
1.Investigation of intraocular pressure and ocular pulse amplitude measured by dynamic contour tonometer in old population;老年人群的动态轮廓眼压计眼压及眼脉动幅度初步调查
2.Investigation and analysis of ocular pulse amplitude in myopia patients近视眼患者眼脉动幅度的调查分析
3.AIM:To determine the distributions of intraocular pressure (IOP) and ocular pulse amplitude(OPA) using dynamic contour tonometer(DCT) in myopia population and relationships between IOP and refractive diopter,central corneal thickness and corneal curvature.目的:初步了解近视眼患者动态轮廓眼压及眼脉动幅度(ocular pulse amplitude,OPA)的分布特征,及该人群动态轮廓眼压计(dynamic contour tonometer,DCT)眼压和屈光度、中央角膜厚度、角膜曲率的相关性。
2)oscillation amplitude脉动幅度
3)intraocular pressure pulse amplitude眼内压脉冲幅度
4)pulse amplitude脉冲幅度
1.The effect of pressure-holding time and pulse amplitude on the gas nitrocarburizing layer depth under the given temperature and time condition was investigated.采用氨气加少量CO2进行脉冲气体氮碳共渗,探讨在固定温度、时间下脉冲幅度、保压时间对氮碳共渗渗层的影响。
2.DC-voltage comparative method and high sampling digital multimeter method can measure the pulse amplitude accurately,but their application is relatively limited.直流电压比较法和高采样数表法可对脉冲幅度进行准确测量,但仅适于周期低频信号,应用受到局限。
3.Time of flight and pulse amplitude are measured from the time of flight counters,when the particle hits on the TOF.当带电粒子击中TOF时,闪烁计数器同时测量粒子的飞行时间T和脉冲幅度Q。
oscillation amplitude脉动幅度
3)intraocular pressure pulse amplitude眼内压脉冲幅度
4)pulse amplitude脉冲幅度
1.The effect of pressure-holding time and pulse amplitude on the gas nitrocarburizing layer depth under the given temperature and time condition was investigated.采用氨气加少量CO2进行脉冲气体氮碳共渗,探讨在固定温度、时间下脉冲幅度、保压时间对氮碳共渗渗层的影响。
2.DC-voltage comparative method and high sampling digital multimeter method can measure the pulse amplitude accurately,but their application is relatively limited.直流电压比较法和高采样数表法可对脉冲幅度进行准确测量,但仅适于周期低频信号,应用受到局限。
3.Time of flight and pulse amplitude are measured from the time of flight counters,when the particle hits on the TOF.当带电粒子击中TOF时,闪烁计数器同时测量粒子的飞行时间T和脉冲幅度Q。
5)Pulsating wave amplitude脉动波幅
6)pulsation amplitude脉动振幅
1.Comprehensive studies are carried out to investigate the influence of several parameters, including Renolds number based on the mean flow, Re, Strouhal number, St, pulsation amplitude, A, et al.对脉动流动强化凸块散热进行了数值研究,讨论了雷诺数Re,斯德鲁哈尔数St,脉动振幅A等参数对凸块散热性能和通道中压力损失的影响。