This study aims to examine the atmospheric conditions characterising fog phenomena on the Senegalese coast focusing on two specific instances that occurred on April 3 and April 30,2023.These events were detected by th...
supported by the National Key R&D Program of China(Grant No.2018YFC1506605);Sichuan Provincial Department of Education Scientific research projects(Grant No.16ZB0211);Chengdu University of Information Technology research and development projects(Grant No.CRF201705)。
Millimeter-wave cloud radar(MMCR)provides the capability of detecting the features of micro particles inside clouds and describing the internal microphysical structure of the clouds.Therefore,MMCR has been widely appl...
supported by the National Key R&D Program of China(No.2017YFC 0210000);the National Natural Science Foundation of China(Nos.41230642 and 41705113);the Beijing Municipal Science and Technology Project(No.ZL171100000617002)
The thermal internal boundary layer(TIBL) is associated with coastal pollution dispersion,which can result in high concentrations of air pollutants near the surface of the Earth. In this study, boundary layer height...
supported by the principal project, “Development and application of technology for weather forecasting (NIMR-2012-B-1)” of the National Institute of Meteorological Sciences of the Korea Meteorological Administration
In this study,cloud base height(CBH) and cloud top height(CTH) observed by the Ka-band(33.44 GHz) cloud radar at the Boseong National Center for Intensive Observation of Severe Weather during fall 2013(Septembe...
supported by the New Technology Research Foundation of the Chinese Meteorological Bureau under Grant No.GYHY200706023.
Using an improved inflexion point method(IIPM),we investigate atmosphere boundary layer(ABL) height evolution over Hefei during the total solar eclipse on July 22,2009.A lidar ceilometer is used in ground-based ob...