Căutare Avansată

Lista completă a publicațiilor          Lista completă a contributorilor

Criterii căutate

• Realizator: ARDELEANU, L.

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Sumarul căutării

• 8 articole

102550100

• 1

	Tip	Anul	Publicație și Volum/Nr.	Realizatori	Titlul articolui	Secțiunea	Pagina	Limba
	articol de periodic	2009	Romanian Journal of Physics, 54-9-10	ARDELEANU, L. (autor) , RĂILEANU, Victor (autor)	Waveform modeling to estimate the seismic wave attenuation in the crust, in the Vrancea region		973-983
	articol de periodic	2011	Romanian Journal of Physics, 56-5-6	ARDELEANU, L. (autor)	Reliability of source parameters of low magnitude crustal earthquakes of Vrancea retrieved by gigh frequency waveform intersion		827-841
	articol de periodic	2012	Romanian Journal of Physics, 57-9-10	ARDELEANU, L. (autor)	The focal mechanism of low magnitude crustal earthquakes from Vrancea region and adjacent area		1425-1437
	articol de periodic	2017	Romanian Journal of Physics, 62-7-8	ARDELEANU, L. (autor)	Seismic wave attenuation on the Vrancea Region. Part. Approach for I-D Q-Model estimation		815
	articol de periodic	2011	Romanian Reports in Physics, 63-2	ARDELEANU, L. (autor) , RĂILEANU, Victor (autor)	The focal mechanism of low magnitude subcrustal earthquakes of Vrancea retrieved by high frequency waveform inversion		503-
	articol de periodic	2012	Romanian Reports in Physics, 64-2	ARDELEANU, L. (autor) , GRECU, B. (autor) , RĂILEANU, Victor (autor)	Peak ground acceleration velocity and displacement from moderate magnitude undercrustal earthquakes of Vrancea region		555-570
	articol de periodic	2016	Romanian Reports in Physics, 68-1	ARDELEANU, L. (autor) , NEAGOE, Cristian (autor)	The performance of the stations of the Romanian seismic network in monitoring the local seismic activity. Part I. Vrancea subcrustal seismicity		393-415
	articol de periodic	2016	Romanian Reports in Physics, 68-2	ARDELEANU, L. (autor) , NEAGOE, Cristian (autor)	The performance of the stations of the romanian seismic network in monitoring the local seismic activity. Part II. Normal depth events		832-852

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