# planes collide in japan

Three‐dimensional simulation on generation of polarization electric field in the midlatitude E‐region ionosphere » We have studied the generation of quasi-periodic (QP) echoes and the associated polarization electric fields by using a fully three-dimensional (3-D) simulation. The 3-D simulation is helpful to inve… Agupubs.onlinelibrary.wiley.com

Akasa Air Welcomes New Boeing 737-8-200 » India's youngest airline Akasa Air introduced the country's first Boeing 737-8-200 type aircraft. Airwaysmag.com

Japanese safety experts search for voice data as workers clear plane debris from runway collision » Transport safety officials searched for a voice recorder from the severely burned fuselage of a Japan Airlines plane, seeking crucial information on what caused a collision with a small coast guard plane on the runway at Tokyo’s Haneda airport. On Saturday, heavy machinery worked for a second day to remove debris of the burned Airbus […] Toronto.citynews.ca

Planes collide and catch fire at Japan's busy Haneda airport, killing 5. Hundreds evacuated safely » TOKYO (AP) — A large passenger plane and a Japanese coast guard aircraft collided on the runway at Tokyo’s Haneda Airport on Tuesday and burst into flames, killing five people aboard the coast guard plane, officials said. All 379 people on Japan Airlines flight JAL-516 got out safely before the Airbus A350 was fully engulfed […] Ottawa.citynews.ca

Japan Cargo Plane Crash » FedEx MD-11 Jet Crashes Attempting To Land In High Winds At Tokyo Airport; American Pilot And Copilot Killed Cbsnews.com

High-resolution seismic attenuation structures beneath Hokkaido corner, northeastern Japan » 1. Introduction In the Hokkaido corner, the Kuril fore-arc sliver collides with the northeastern Japan arc. Using data from the nationwide Kiban seismic network and a temporary seismic network, Kita et al. [2012] determined high-resolution 3D seismic velocity structure beneath this area for deeper understanding of the collision process of two fore-arcs. The results show that a broad low-V zone (crust material) anomalously descends into the mantle wedge at depths of 30-90 km in the west of the Hidaka main thrust. On the other hand, several high-velocity zones having velocities of mantle materials are distributed in the crust at depths of 10-35 km. These high-velocity zones are inclined eastward, being nearly parallel to each other. Two of the western boundaries of these high-V zones correspond to the fault planes of the 1970 Mj 6.7 Hidaka and the 1982 Mj 7.1 Urakawa-oki earthquakes, respectively. In this study, we merged waveform data from the Kiban-network and from a dense temporary seismic network [Katsumata Ui.adsabs.harvard.edu

Detailed seismic attenuation structure beneath Hokkaido, northeastern Japan: Arc‐arc collision process, arc magmatism, and seismotectonics » <em>Journal of Geophysical Research: Solid Earth</em> is a premier AGU geophysics journal, publishing research articles from across the Earth sciences that significantly advance the field. Agupubs.onlinelibrary.wiley.com