Abstract
It is here suggested that there may have been much more radioactive materials in the deep interior of the earth than bitherto supposed. Trapped heat being generated in the interior would provide a mechanism for earth expansion. An assumption of heat generation in the deep interior of the earth of the order of 0,5 X 10-13 calories per second, per cubic centimeter, would provide sufficient thermal expansion to account for approximately 0.1 mm. change in the radius of the earth per year.
Fitzpatrick, J
[1]
- Asuncion Nacional Univ. (Paraguay). Inst. de Ciencias
Citation Formats
Fitzpatrick, J.
New dynamic system suggested for earth expansion.
Paraguay: N. p.,
1972.
Web.
Fitzpatrick, J.
New dynamic system suggested for earth expansion.
Paraguay.
Fitzpatrick, J.
1972.
"New dynamic system suggested for earth expansion."
Paraguay.
@misc{etde_5476794,
title = {New dynamic system suggested for earth expansion}
author = {Fitzpatrick, J}
abstractNote = {It is here suggested that there may have been much more radioactive materials in the deep interior of the earth than bitherto supposed. Trapped heat being generated in the interior would provide a mechanism for earth expansion. An assumption of heat generation in the deep interior of the earth of the order of 0,5 X 10-13 calories per second, per cubic centimeter, would provide sufficient thermal expansion to account for approximately 0.1 mm. change in the radius of the earth per year.}
journal = []
volume = {13:1-2}
journal type = {AC}
place = {Paraguay}
year = {1972}
month = {Jan}
}
title = {New dynamic system suggested for earth expansion}
author = {Fitzpatrick, J}
abstractNote = {It is here suggested that there may have been much more radioactive materials in the deep interior of the earth than bitherto supposed. Trapped heat being generated in the interior would provide a mechanism for earth expansion. An assumption of heat generation in the deep interior of the earth of the order of 0,5 X 10-13 calories per second, per cubic centimeter, would provide sufficient thermal expansion to account for approximately 0.1 mm. change in the radius of the earth per year.}
journal = []
volume = {13:1-2}
journal type = {AC}
place = {Paraguay}
year = {1972}
month = {Jan}
}