Waves reflected from the outer boundary of the core of the earth often record trace amplitudes that appear excessive. A comparison of the observed displacements of these phases and the direct body waves is presented. Observational data seem to confirm the idea that the displacement ratios of the longitudinal waves reflected at the core to the longitudinal direct waves is larger than the presently recognized theory indicates. A discussion is included of some possible causes for this difference, but reasonable changes in accepted assumptions fail to explain the entire discrepancy
The energy observed in the seismic waves P and pP in a large number of earthquakes is compared, by m...
Phases of the 600 km. deep earthquake of April 16, 1957, which have not been reflected at the earth'...
Contrasting with conclusions from laboratory experiments that the absorption coefficient k for ampl...
The present paper is based upon the author's recent investigation of "The Partition of Energy among...
The present paper is based upon the author's recent investigation of "The Partition of Energy among...
The reflection and refraction of seismic waves has been studied extensively in the past by various ...
The reflection and refraction of seismic waves has been studied extensively in the past by various ...
Amplitudes, periods, and travel times of the longitudinal P′ or PKP core waves have been investigate...
The Zoeppritz equations are used to determine the energy partition in seismic waves reflected and r...
The investigation of amplitudes of elastic waves passing through layers of the earth, either in eart...
The Zoeppritz equations are used to determine the energy partition in seismic waves reflected and r...
There is very good agreement between the observed decrease in amplitudes of longitudinal waves diffr...
There is very good agreement between the observed decrease in amplitudes of longitudinal waves diffr...
There is very good agreement between the observed decrease in amplitudes of longitudinal waves diffr...
The energy observed in the seismic waves P and pP in a large number of earthquakes is compared, by m...
The energy observed in the seismic waves P and pP in a large number of earthquakes is compared, by m...
Phases of the 600 km. deep earthquake of April 16, 1957, which have not been reflected at the earth'...
Contrasting with conclusions from laboratory experiments that the absorption coefficient k for ampl...
The present paper is based upon the author's recent investigation of "The Partition of Energy among...
The present paper is based upon the author's recent investigation of "The Partition of Energy among...
The reflection and refraction of seismic waves has been studied extensively in the past by various ...
The reflection and refraction of seismic waves has been studied extensively in the past by various ...
Amplitudes, periods, and travel times of the longitudinal P′ or PKP core waves have been investigate...
The Zoeppritz equations are used to determine the energy partition in seismic waves reflected and r...
The investigation of amplitudes of elastic waves passing through layers of the earth, either in eart...
The Zoeppritz equations are used to determine the energy partition in seismic waves reflected and r...
There is very good agreement between the observed decrease in amplitudes of longitudinal waves diffr...
There is very good agreement between the observed decrease in amplitudes of longitudinal waves diffr...
There is very good agreement between the observed decrease in amplitudes of longitudinal waves diffr...
The energy observed in the seismic waves P and pP in a large number of earthquakes is compared, by m...
The energy observed in the seismic waves P and pP in a large number of earthquakes is compared, by m...
Phases of the 600 km. deep earthquake of April 16, 1957, which have not been reflected at the earth'...
Contrasting with conclusions from laboratory experiments that the absorption coefficient k for ampl...