Add to ORKG304-306A simplified ion-aerosol model scheme is used to predict the small ion depletion and the consequent changes in the stratosphere conductivity for the conditions at Hyderabad (17.5°N, 78.6°E), The inputs to the model on ion production rate, ion-ion recombination coefficient and charged ion-aerosol recombination coefficient are obtained from parametrization formulae. The balloon experimental results on small ion conductivity and aerosol concentrations at Hyderabad are compared with the simplified model results
132-137<span style="font-size:11.0pt;mso-bidi-font-size: 10.0pt;font-family:" times="" new="" roman...
A simple and straightforward technique has been used on balloons to measure the conductivity of ions...
A new approach has been used to measure the electrical parameters of the stratosphere. In this, two ...
A simplified ion-aerosol model scheme is used to predict the small ion depletion and the consequent ...
255-262The electrical conductivity of the stratosphere depends on the mobility and density of small ...
31-35An ion-aerosol model study of the stratospheric ion conductivity is made for an enhanced aero...
Ionic conductivity of the stratosphere is one of the important parameters for understanding the elec...
The seasonal and latitudinal variations of stratospheric small ion density and conductivity are stud...
122-127The seasonal and latitudinal variations of stratospheric small ion density and conductivity a...
Conductivity measurements of negative and positive ions were made from about 20 to 35 km by two iden...
Existing models of atmospheric conductivities and ion densities derived from the ion production rate...
An ion–aerosol model for the electrical conductivity of the lower atmosphere is developed. Ion-pair ...
Existing models of atmospheric conductivities and ion densities derived from the ion production rate...
The stratospheric conductivity is an important parameter of the Global Electric Circuit. In this pap...
215-220Two rocket-borne and one balloon-borne measurements of atmospheric ion densities, mobilities ...
132-137<span style="font-size:11.0pt;mso-bidi-font-size: 10.0pt;font-family:" times="" new="" roman...
A simple and straightforward technique has been used on balloons to measure the conductivity of ions...
A new approach has been used to measure the electrical parameters of the stratosphere. In this, two ...
A simplified ion-aerosol model scheme is used to predict the small ion depletion and the consequent ...
255-262The electrical conductivity of the stratosphere depends on the mobility and density of small ...
31-35An ion-aerosol model study of the stratospheric ion conductivity is made for an enhanced aero...
Ionic conductivity of the stratosphere is one of the important parameters for understanding the elec...
The seasonal and latitudinal variations of stratospheric small ion density and conductivity are stud...
122-127The seasonal and latitudinal variations of stratospheric small ion density and conductivity a...
Conductivity measurements of negative and positive ions were made from about 20 to 35 km by two iden...
Existing models of atmospheric conductivities and ion densities derived from the ion production rate...
An ion–aerosol model for the electrical conductivity of the lower atmosphere is developed. Ion-pair ...
Existing models of atmospheric conductivities and ion densities derived from the ion production rate...
The stratospheric conductivity is an important parameter of the Global Electric Circuit. In this pap...
215-220Two rocket-borne and one balloon-borne measurements of atmospheric ion densities, mobilities ...
132-137<span style="font-size:11.0pt;mso-bidi-font-size: 10.0pt;font-family:" times="" new="" roman...
A simple and straightforward technique has been used on balloons to measure the conductivity of ions...
A new approach has been used to measure the electrical parameters of the stratosphere. In this, two ...