Researchers performed model calculations of the ozone depletions taking place in the Antarctic lower stratosphere. Making the assumption that odd nitrogen is frozen out on stratospheric haze particles, an analysis is given of how much homogeneous reactions can contribute to ozone loss during September-October. Comparisons with observations indicate the potential importance of reactions with HCl in the polar stratospheric cloud particles
The stratospheric ozone hole, an annual occurrence during austral spring, is caused by heterogeneous...
We investigated chemical and microphysical processes in the late winter in the Antarctic lower strat...
During the past two decades, the ozone layer has developed a “hole” each winter and spring above the...
Results form modeling studies of the Antarctic lower stratosphere which have attempted to simulate t...
The Antarctic ozone hole is a phenomenon of substantially reduced polar ozone that reoccursevery win...
Since the early 1980's, large scale ozone depletion has been observed in the lower regions of the oz...
Since the early 1980\u27s, large scale ozone depletion has been observed in the lower regions of the...
The Antarctic ozone hole will continue to be observed in the next 35-50 years, although the emission...
Heterogeneous reactions in the Antarctic stratosphere are the cause of chlorine activation and ozo...
Polar stratospheric clouds (PSCs) play important roles in stratospheric ozone depletion during winte...
Coupled chemistry�climate model simulations covering the recent past and continuing throughout ...
A study of the Antarctic ozone hole has been made with a three-dimensional chemical transport model ...
A study of the Antarctic ozone hole has been made with a three-dimensional chemical transport model ...
In spite of the success of the Montreal protocol and its amendments and adjustments in reducing the ...
[1] The Antarctic ozone hole demonstrates large-scale, man-made affects on our atmosphere. Surface o...
The stratospheric ozone hole, an annual occurrence during austral spring, is caused by heterogeneous...
We investigated chemical and microphysical processes in the late winter in the Antarctic lower strat...
During the past two decades, the ozone layer has developed a “hole” each winter and spring above the...
Results form modeling studies of the Antarctic lower stratosphere which have attempted to simulate t...
The Antarctic ozone hole is a phenomenon of substantially reduced polar ozone that reoccursevery win...
Since the early 1980's, large scale ozone depletion has been observed in the lower regions of the oz...
Since the early 1980\u27s, large scale ozone depletion has been observed in the lower regions of the...
The Antarctic ozone hole will continue to be observed in the next 35-50 years, although the emission...
Heterogeneous reactions in the Antarctic stratosphere are the cause of chlorine activation and ozo...
Polar stratospheric clouds (PSCs) play important roles in stratospheric ozone depletion during winte...
Coupled chemistry�climate model simulations covering the recent past and continuing throughout ...
A study of the Antarctic ozone hole has been made with a three-dimensional chemical transport model ...
A study of the Antarctic ozone hole has been made with a three-dimensional chemical transport model ...
In spite of the success of the Montreal protocol and its amendments and adjustments in reducing the ...
[1] The Antarctic ozone hole demonstrates large-scale, man-made affects on our atmosphere. Surface o...
The stratospheric ozone hole, an annual occurrence during austral spring, is caused by heterogeneous...
We investigated chemical and microphysical processes in the late winter in the Antarctic lower strat...
During the past two decades, the ozone layer has developed a “hole” each winter and spring above the...