The different types of air circulation in caves are classified according to the origin of the circulation, as either static or dynamic. In a cave static causes are: (a) differences between inside and outside air density owing to: (i) air temperature; (ii) relative humidity; (iii) chemical composition; (b) atmospheric pressure variation. Dynamic causes are: (a) moving fluids: (i) inside the cave; (ii) outside the cave. Whenever possible the above mentioned phenomena have been considered from a mathematical point of view in order to obtain equations relating the different quantities involved
A theoretical background on cave air circulation was given by Cigna (1968). Fundamentals of airflow ...
In the past some authors described the speleogenetic role of convection in phreatic conditions. Simi...
The Buddhist cave temples at Yungang, China, are subjected to rapid soiling due to the deposition of...
The different types of air circulation in caves are classified according to the origin of the circul...
The interplay of temperature (air and substrata), humidity and air movement in caves, on a backgroun...
This paper considers the different processes that can create vapour pressure above the equilibrium i...
Recent research on air pressure propagation through barometric caves has revealed various speleoclim...
Recent research on air pressure propagation through barometric caves has revealed various speleoclim...
Density-driven chimney effect airflow is the most common form of cave ventilation, allowing gas exch...
In barometric caves, air pressure gradients between the outside atmosphere and the cave induce stron...
In barometric caves, air pressure gradients between the outside atmosphere and the cave induce stron...
Jewel and Wind Cave are two big barometric cave systems in SouthDakota, USA. The entrances of Jewel ...
Airflow dynamics were studied in Císařská Cave (Moravian Karst, Czech Republic) under different seas...
At present, crevice-type caves are investigated mainly by means of geomorphic and geophysical method...
International audienceAccording to thermodynamics, atmospheric pressure variations (APV) cause tempe...
A theoretical background on cave air circulation was given by Cigna (1968). Fundamentals of airflow ...
In the past some authors described the speleogenetic role of convection in phreatic conditions. Simi...
The Buddhist cave temples at Yungang, China, are subjected to rapid soiling due to the deposition of...
The different types of air circulation in caves are classified according to the origin of the circul...
The interplay of temperature (air and substrata), humidity and air movement in caves, on a backgroun...
This paper considers the different processes that can create vapour pressure above the equilibrium i...
Recent research on air pressure propagation through barometric caves has revealed various speleoclim...
Recent research on air pressure propagation through barometric caves has revealed various speleoclim...
Density-driven chimney effect airflow is the most common form of cave ventilation, allowing gas exch...
In barometric caves, air pressure gradients between the outside atmosphere and the cave induce stron...
In barometric caves, air pressure gradients between the outside atmosphere and the cave induce stron...
Jewel and Wind Cave are two big barometric cave systems in SouthDakota, USA. The entrances of Jewel ...
Airflow dynamics were studied in Císařská Cave (Moravian Karst, Czech Republic) under different seas...
At present, crevice-type caves are investigated mainly by means of geomorphic and geophysical method...
International audienceAccording to thermodynamics, atmospheric pressure variations (APV) cause tempe...
A theoretical background on cave air circulation was given by Cigna (1968). Fundamentals of airflow ...
In the past some authors described the speleogenetic role of convection in phreatic conditions. Simi...
The Buddhist cave temples at Yungang, China, are subjected to rapid soiling due to the deposition of...