Researcher interests: Cloud physics, in particular (1) microphysical processes in clouds, motion and interaction of cloud hydrometeors in a turbulent clouds; (2) numerical simulation of cloud development and precipitation formation; and (3) breeze circulation, coastal effects.
FACULTY / SCHOOL: Faculty of Science
DEPARTMENT: The Institute of Earth Sciences
Selected Publications
calculation of supersaturation maximum and droplet concentration at cloud boundaries (2020)|
Atmospheric Research|
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a computationally efficient linear semi lagrangian scheme for the advection of microphysical variables in cloud resolving models (2019)|
Monthly Weather Review|
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simulating a mesoscale convective system using wrf with a new spectral bin microphysics part 1 hail vs graupel (2019)|
Journal of Geophysical Research|
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theoretical analysis of the entrainment mixing process at cloud boundaries part ii motion of cloud interface (2019)|
Journal of the Atmospheric Sciences|
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theoretical analysis of entrainment mixing at cloud boundaries part ii motion of cloud interface (2019)|
Journal of the Atmospheric Sciences|
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parameterization of vertical profiles of governing microphysical parameters of shallow cumulus cloud ensembles using les with bin microphysics (2019)|
Journal of the Atmospheric Sciences|
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cloud resolving model intercomparison of an mc3e squall line case part ii stratiform precipitation properties (2019)|
Journal of Geophysical Research|
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three moment representation of rain in a bulk microphysics model (2019)|
Journal of Advances in Modeling Earth Systems|
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turbulence effects on precipitation and cloud radiative properties in shallow cumulus an investigation using the wrf les model coupled with bin microphysics (2018)|
Asia-pacific Journal of Atmospheric Sciences|
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physical processes in clouds and cloud modeling (2018)|
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