Mid-Infrared Radiation as a Short-Term Earthquake Precursor
M. Allameh-Zadeh, A. Ansari, A. Bahraminasab, K. Kaviani, A. Mahdavi Ardakani, H. Mehr-nahad, D. Mehr-shahi, M. D. Niry, M. Reza Rahimi Tabar, S. Tabatabai, N. Taghavinia M. Vesaghi, F. Zamani
Abstract
Recently it has been found by F. Freund that the granite under high pressure undergoes a phase transition from insulator to a p-type semiconductor. This phase transition is a key concept to understanding pre-earthquake phenomena. This effect accompanies with the radiation of the granite in the mid-infrared region. we were able to predict the recent earthquake in the south of Iran by monitoring this radiation.
Create a lesson
Related papers
Multi-Track Time-Series Burst-Overlap Interferometry for Resolving Horizontal Deformation in Earthquake-Cycle Studies
Xing Li, Zhuang Gao, Han Chen et al.
The Brittle-Plastic Transition in Quartz-Albite Mixtures: New Insights From Shear Deformation Experiments at Mid-to-Lower Crustal Depth Conditions
M. Furukawa, B. A. Verberne, S. Sawa et al.
Continental-scale probabilistic resistivity imaging of Australia using deep learning: Implications for geology, groundwater, and critical minerals
Sihong Wu, Jiajia Sun, Jiefu Chen
Vertical Attenuation of Thermoremanent Magnetic Anomalies: Implications for Drone-Borne Archaeological and Shallow Geophysical Surveys
Alexandru Hegyi, Kristoffer Aalstad, Arne Anderson Stamnes et al.
Period-Inverted Blast-Radius Normalization for a Non-Ablating Hypersonic Reentry Source Using OSIRIS-REx Capsule Infrasound
Elizabeth A. Silber
A New Way for Determining Earthquake Magnitude Based on Electromagnetic Radiation
Manana Kachakhidze, Nino Kachakhidze-Murphy, Badri Khvitia et al.