I'mI have been told that the signal in the graph below was obtained by passing a seismogram through a highpasshigh-pass filter to obtain the high frequency-small amplitude waves common in tremors far from the epicenter of an earthquake.
The high pass-pass filter used to unmask the tremor was selected to avoid avoid the 'attenuation' of the tremor signal. What exactly is meant by 'attenuation' in this context?
I'm told that the signal in the graph below was obtained by passing a seismogram through a highpass filter to obtain the high frequency-small amplitude waves common in tremors far from the epicenter of an earthquake.
The high pass filter used to unmask the tremor was selected to avoid avoid the 'attenuation' of the tremor signal. What exactly is meant by 'attenuation' in this context?
I have been told that the signal in the graph below was obtained by passing a seismogram through a high-pass filter to obtain the high frequency-small amplitude waves common in tremors far from the epicenter of an earthquake.
The high-pass filter used to unmask the tremor was selected to avoid the 'attenuation' of the tremor signal. What exactly is meant by 'attenuation' in this context?
I'm told that the signal in the graph below was was obtained was obtained by passing a seismogram through a highpass filter to obtain the high frequency-small amplitude waves common in tremors far from the epicenter of an earthquake.
The high pass filter used to unmask the tremor was selected to avoid avoid the 'attenuation' of the tremor signal. What exactly is meant by 'attenuation' in this context?
I'm told that the signal in the graph below was was obtained was obtained by passing a seismogram through a highpass filter to obtain the high frequency-small amplitude waves common in tremors far from the epicenter of an earthquake.
The high pass filter used to unmask the tremor was selected to avoid avoid the 'attenuation' of the tremor signal. What exactly is meant by 'attenuation' in this context?
I'm told that the signal in the graph below was obtained by passing a seismogram through a highpass filter to obtain the high frequency-small amplitude waves common in tremors far from the epicenter of an earthquake.
The high pass filter used to unmask the tremor was selected to avoid avoid the 'attenuation' of the tremor signal. What exactly is meant by 'attenuation' in this context?
I'm told that the signal in the graph below was was obtained was obtained by passing a seismogram through a highpass filter to obtain the high frequency-small amplitude waves common in tremors far from the epicenter of an earthquake.
The high pass filter used to unmask the tremor was selected to avoid avoid the 'attenuation' of the tremor signal. What exactly is meant by 'attenuation' in this context?
