Parametrizations of Arctic cirrus particle size distributions are presented depending on the cloud origin, either in situ or liquid. The data set used originate from balloon‐borne measurements above Kiruna during winter. The observed particle size distributions are represented by gamma functions. The gamma coefficients exhibit large differences with regard to cloud origin. The functions for Arctic cirrus confirm established parametrizations for continental cirrus sorted by two particle size modes but differ from others depending only on temperature. We suppose that the agreement between the parametrizations of the geographically different cirrus is because in situ and liquid origin cirrus also distinguish by particle size modes. Since cloud...
Particle data obtained during C-130 cirrus sampling flights on 28 and 29 January and 2 February 1979...
The Cirrus-HL field campaign with the German research aircraft HALO took place out of Oberpfaffenhof...
Ice clouds are known to be major contributors to radiative forcing in the atmosphere, yet understand...
Parametrizations of Arctic cirrus particle size distributions are presented depending on the cloud o...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
The goal of this chapter is to synthesize information about what is now known about one of the three...
The variability of cirrus ice microphysical properties is investigated using observations obtained d...
The radiative role of ice clouds in the atmosphere is known to be important, but uncertainties remai...
The relationship between cirrus particle size and cloud top temperature is surveyed on a near-global...
Cirrus clouds play an important role in determining the radiation budget of the earth, but many of t...
PARAMETERIZING SIZE DISTRIBUTIONS IN ICE CLOUDS David L. Mitchell and Daniel H. DeSlover ABSTRACT An...
A parametrization of cirrus clouds formed by homogeneous nucleation is improved so that it can be us...
[1] Motivated by the need to study the climatic impact of aerosol-related cirrus cloud changes, a ph...
Particle data obtained during C-130 cirrus sampling flights on 28 and 29 January and 2 February 1979...
The Cirrus-HL field campaign with the German research aircraft HALO took place out of Oberpfaffenhof...
Ice clouds are known to be major contributors to radiative forcing in the atmosphere, yet understand...
Parametrizations of Arctic cirrus particle size distributions are presented depending on the cloud o...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
Ice particle and cloud properties such as particle size, particle shape and number concentration inf...
The goal of this chapter is to synthesize information about what is now known about one of the three...
The variability of cirrus ice microphysical properties is investigated using observations obtained d...
The radiative role of ice clouds in the atmosphere is known to be important, but uncertainties remai...
The relationship between cirrus particle size and cloud top temperature is surveyed on a near-global...
Cirrus clouds play an important role in determining the radiation budget of the earth, but many of t...
PARAMETERIZING SIZE DISTRIBUTIONS IN ICE CLOUDS David L. Mitchell and Daniel H. DeSlover ABSTRACT An...
A parametrization of cirrus clouds formed by homogeneous nucleation is improved so that it can be us...
[1] Motivated by the need to study the climatic impact of aerosol-related cirrus cloud changes, a ph...
Particle data obtained during C-130 cirrus sampling flights on 28 and 29 January and 2 February 1979...
The Cirrus-HL field campaign with the German research aircraft HALO took place out of Oberpfaffenhof...
Ice clouds are known to be major contributors to radiative forcing in the atmosphere, yet understand...