John Alan Chalmers made major contributions to atmospheric electricity over almost 40 years spent at Durham University, UK. He is particularly remembered in the atmospheric science community for his accessible and insightful textbook, <i>Atmospheric Electricity</i>, and his work on corona currents, which are still regularly cited. He also supervised over 35 research students. This article discusses his background, scientific contributions, and significant legacy to modern atmospheric science within the context of a long and productive career spent at one of England's principal northern universities
Measurements of the electrical characteristics of the atmosphere above the surface have been made fo...
The global atmospheric electric circuit responds to related internal climate variability such as tha...
The publications listed in date order in this document are offered for the Degree of Doctor of Scien...
John Alan Chalmers made major contributions to atmospheric electricity over almost forty years spent...
Water and vapor (atmos) characterize the atmosphere and the permanently ongoing electrical processes...
Lord Kelvin (William Thomson) made important contributions to the study of atmospheric electricity d...
Abstract. Not long after Franklin’s iconic studies, an atmospheric electric field was discovered in...
2011 is the centenary year of the short paper (Wilson,1911) first describing the cloud chamber, the ...
The variables encountered in atmospheric electricity are discussed and the theoretical model as prop...
Electricity in the atmosphere provides an ideal topic for educational outreach in environmental scie...
study physical processes involved in the formation of clouds, rain, hail and snow, and wrote his def...
The sky has always been something that the human race has tried to understand and use, in the first ...
"A meteorological journal, principally relating to atmosperical electricity; kept at Knightsbridge f...
Atmospheric electricity measurements were made at several sites close to Garmisch-Partenkirchen duri...
Measurements of potential gradient, precipitation current and rate of rainfall were made at ground l...
Measurements of the electrical characteristics of the atmosphere above the surface have been made fo...
The global atmospheric electric circuit responds to related internal climate variability such as tha...
The publications listed in date order in this document are offered for the Degree of Doctor of Scien...
John Alan Chalmers made major contributions to atmospheric electricity over almost forty years spent...
Water and vapor (atmos) characterize the atmosphere and the permanently ongoing electrical processes...
Lord Kelvin (William Thomson) made important contributions to the study of atmospheric electricity d...
Abstract. Not long after Franklin’s iconic studies, an atmospheric electric field was discovered in...
2011 is the centenary year of the short paper (Wilson,1911) first describing the cloud chamber, the ...
The variables encountered in atmospheric electricity are discussed and the theoretical model as prop...
Electricity in the atmosphere provides an ideal topic for educational outreach in environmental scie...
study physical processes involved in the formation of clouds, rain, hail and snow, and wrote his def...
The sky has always been something that the human race has tried to understand and use, in the first ...
"A meteorological journal, principally relating to atmosperical electricity; kept at Knightsbridge f...
Atmospheric electricity measurements were made at several sites close to Garmisch-Partenkirchen duri...
Measurements of potential gradient, precipitation current and rate of rainfall were made at ground l...
Measurements of the electrical characteristics of the atmosphere above the surface have been made fo...
The global atmospheric electric circuit responds to related internal climate variability such as tha...
The publications listed in date order in this document are offered for the Degree of Doctor of Scien...