尼日利亚伊洛林上空对流层气体平均和最可能速度的估计和研究

D. Akpootu, D. E. Ohaji, I. Nouhou, M. Iliyasu, M. Abubakar, A. O. Aina, M. Idris, W. Mustapha
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引用次数: 0

摘要

本研究利用欧洲中期天气预报中心(ECMWF)三十八年(1979 - 2016)的月平均最低和最高气温气象数据,估计了伊洛林岛氧原子和氢原子的平均速度和最可能速度。这些原子的平均速度和最可能速度的值与逃逸速度的值进行了比较。结果表明,原子氧的平均速度最大值和最可能速度最大值分别出现在3月份的和,原子氢的平均速度最大值和最可能速度最大值分别出现在3月份的和。根据在研究期间得到的氧原子和氢原子的平均速度和最可能速度的值表明,由于氧原子和氢原子的平均速度和最可能速度的值小于引力场的逃逸速度,所以它们不能逃逸。
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Estimation and Investigation of Mean and Most Probable Velocities of Tropospheric Gases over Ilorin, Nigeria
In this study, the monthly average minimum and maximum temperature meteorological data obtained from the European Centre for Medium-Range Weather Forecasts (ECMWF) during the period of thirty eight years (1979 – 2016) were used to estimate the mean velocity and most probable velocity of atomic Oxygen and Hydrogen for Ilorin. The values of the mean velocity and most probable velocity for these atoms were compared to the value of escape velocity. The results revealed that the highest values of mean velocity and most probable velocity for atomic Oxygen were found to be in the month of March with  and  respectively and the highest values of mean velocity and most probable velocity for atomic Hydrogen were found to be in the month of March with  and  respectively. Based on the values of the mean velocity and most probable velocity for atomic Oxygen and Hydrogen obtained during the studied period suggests that these atoms cannot escape the gravitational field as their values are less than the escape velocity .
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