The magnitude of an earthquake was originally defined by the junior author (Richter, 1935), for shocks in southern California, as the logarithm of the maximum trace amplitude expressed in thousandths of a millimeter with which the standard short-period torsion seismometer (free period 0.8 sec., static magnification 2800, damping nearly critical) would register that earthquake at an epicentral distance of 100 kilometers. Gutenberg and Richter (1936) extended the scale to apply to earthquakes occurring elsewhere and recorded on other types of instruments
Earthquakes beneath our feet as well as stars iu the sky oeeur themore often, the less their magnitu...
This paper is in continuation of previous investigations (Gutenberg<br />and Richter, Paper I,...
The determination of the magnitude of distant earthquakes has been based thus far on the amplitudes...
The magnitude of an earthquake was originally defined by the junior author (Richter, 1935), for sho...
This supersedes Paper 1 (Gutenberg and Richter, 1942). Additional data are presented. Revisions invo...
The magnitude of an earthquake was originally defined (Richter, 1935) as the common logarithm of th...
In the course of historical or statistical study of earthquakes in any given region it is frequentl...
This supersedes Paper 1 (Gutenberg and Richter, 1942). Additional data are presented. Revisions invo...
In this exercise, students compare the amount of shaking caused by historic earthquakes, and use dat...
The “revised magnitudes”, M, converted from Gutenberg's unified magnitude, m, and listed by Richter ...
Comparison with later earthquakes in the same area indicates a magnitude near 4.9 for the Inglewood,...
Discrepancies arise among magnitudes as derived from local earthquake data (ML), body waves (MB) and...
In a paper presented at a meeting of the Seismological Society of America on April 29, 1955, we have...
A study of amplitudes of surface waves having periods of about 20 seconds is employed to improve the...
The magnitude of deep-focus earthquakes is so defined as to make the energy released in two shocks o...
Earthquakes beneath our feet as well as stars iu the sky oeeur themore often, the less their magnitu...
This paper is in continuation of previous investigations (Gutenberg<br />and Richter, Paper I,...
The determination of the magnitude of distant earthquakes has been based thus far on the amplitudes...
The magnitude of an earthquake was originally defined by the junior author (Richter, 1935), for sho...
This supersedes Paper 1 (Gutenberg and Richter, 1942). Additional data are presented. Revisions invo...
The magnitude of an earthquake was originally defined (Richter, 1935) as the common logarithm of th...
In the course of historical or statistical study of earthquakes in any given region it is frequentl...
This supersedes Paper 1 (Gutenberg and Richter, 1942). Additional data are presented. Revisions invo...
In this exercise, students compare the amount of shaking caused by historic earthquakes, and use dat...
The “revised magnitudes”, M, converted from Gutenberg's unified magnitude, m, and listed by Richter ...
Comparison with later earthquakes in the same area indicates a magnitude near 4.9 for the Inglewood,...
Discrepancies arise among magnitudes as derived from local earthquake data (ML), body waves (MB) and...
In a paper presented at a meeting of the Seismological Society of America on April 29, 1955, we have...
A study of amplitudes of surface waves having periods of about 20 seconds is employed to improve the...
The magnitude of deep-focus earthquakes is so defined as to make the energy released in two shocks o...
Earthquakes beneath our feet as well as stars iu the sky oeeur themore often, the less their magnitu...
This paper is in continuation of previous investigations (Gutenberg<br />and Richter, Paper I,...
The determination of the magnitude of distant earthquakes has been based thus far on the amplitudes...