We explore the possibility that some meteoric smoke particles that collide with larger nanoparticles near the mesopause can escape from the larger particles by capturing surface electrons. If the process were sufficiently efficient, under certain conditions it would influence the responses of polar mesospheric summer echoes to artificial heating in a manner that is compatible with observations that are unexplained with previous models. The process would have a number of other possible consequences for nanoparticles near the mesopause
This paper presents the first study of the modulation of polar mesospheric winter echoes (PMWE) by a...
Between a few tons to several hundred tons of meteoric material enters the Earth׳s atmosphere each d...
We review some of the work performed over the past two decades with rocket-borne detectors to study ...
We explore the possibility that some meteoric smoke particles that collide with larger nanoparticles...
Agglomeration of charged ice and dust particles in the mesosphere and lower thermosphere is studied ...
Agglomeration of charged ice and dust particles in the mesosphere and lower thermosphere is studied ...
Submicron aerosols, as evidenced by the occurrence of polar mesospheric and noctilucent clouds, exis...
Time constants for photodetachment, photoemission, and electron capture are considered for two clas...
The behavior of polar mesospheric summer echoes (PMSEs) during an electron precipitation event is in...
Two sounding rocket payloads were launched from Andøya Space Centre (69.29 N, 16.02 E) during the su...
Polar mesospheric summer echo (PMSE) formation is linked to charged dust/ice particles in the mesosp...
Large amounts of meteoric particles ablate globally into the Earth’s atmosphere each day, and they i...
Mean temperatures in the polar summer mesopause can drop to 130 K. The low temperatures in combina...
We present in situ measurements of small-scale fluctuations in aerosol populations as recorded throu...
We propose that dust formed at the cool summer mesopause may have optical properties very different ...
This paper presents the first study of the modulation of polar mesospheric winter echoes (PMWE) by a...
Between a few tons to several hundred tons of meteoric material enters the Earth׳s atmosphere each d...
We review some of the work performed over the past two decades with rocket-borne detectors to study ...
We explore the possibility that some meteoric smoke particles that collide with larger nanoparticles...
Agglomeration of charged ice and dust particles in the mesosphere and lower thermosphere is studied ...
Agglomeration of charged ice and dust particles in the mesosphere and lower thermosphere is studied ...
Submicron aerosols, as evidenced by the occurrence of polar mesospheric and noctilucent clouds, exis...
Time constants for photodetachment, photoemission, and electron capture are considered for two clas...
The behavior of polar mesospheric summer echoes (PMSEs) during an electron precipitation event is in...
Two sounding rocket payloads were launched from Andøya Space Centre (69.29 N, 16.02 E) during the su...
Polar mesospheric summer echo (PMSE) formation is linked to charged dust/ice particles in the mesosp...
Large amounts of meteoric particles ablate globally into the Earth’s atmosphere each day, and they i...
Mean temperatures in the polar summer mesopause can drop to 130 K. The low temperatures in combina...
We present in situ measurements of small-scale fluctuations in aerosol populations as recorded throu...
We propose that dust formed at the cool summer mesopause may have optical properties very different ...
This paper presents the first study of the modulation of polar mesospheric winter echoes (PMWE) by a...
Between a few tons to several hundred tons of meteoric material enters the Earth׳s atmosphere each d...
We review some of the work performed over the past two decades with rocket-borne detectors to study ...