Chernyshev is a lunar impact crater that is located in the northern part of the Moon'sfar side.
It lies to the northeast of the Chandler crater, and to the southeast of the large D'Alembert walled plain.
By convention these features are identified on Lunar maps by placing the letter on the side of the crater mid-point that is closest to Chernyshevcrater.
Chernyshev is a lunar impact crater that is located in the northern part of the Moon'sFar side (Moon).
It lies to the northeast of the Chandler (crater), and to the southeast of the large D'Alembert (crater).
==Satellite craters== By convention these features are identified on Lunar maps by placing the letter on the side of the crater mid-point that is closest to Chernyshevcrater.
It lies to the southeast of the large D'Alembert walled plain, and southeast of the slightly smaller Chernyshevcrater.
There is also seemingly a chain of impacts that run across the crater mid-point, with a double impact in the western half and a chain of three impacts in the eastern half.
The remainder of the floor is somewhat irregular, with multiple tiny craters and a pair of small impacts near the southern rim.
The second reflects the movement of the bolide in the region of zones 4 and 5, to the east and northeast of the Kulik site in the upper reaches of the Southern Chunia River and thus coincides with the start of the disintegration of the meteorite.
The third zone, very large and amorphous, is located precisely in the region of Voronov's crater.
It is no coincidence that the microspherules in this area display certain peculiarities of structure and formation that set them apart from those in the other zones, as the destruction of the meteorite took place directly in the ground and so material from the soil became mixed with meteoritic matter during vaporisation.
Five feet deep and twenty-two feet in diameter, the crater served as proof that the weapon was detonated underground rather than on the surface.
The only way any explosive can cause a crater is if it is first dropped from an aircraft and penetrates sub-surface before exploding, or if it is physically positioned sub-surface in advance.
They also learned that even air-launched FAEs cannot make craters because they do not penetrate the earth, and the suction force developed by the weapon when it grabs oxygen for combustion, is sufficient to drag a victim's lungs out through his or her mouth.
The Krak des Chevaliers is located at the boundary of a distinct semi-circular valley having the morphology of an ancient crater or caldera.
Considering that this was the northwestern end of the Shin volcano 6 Ma ago, we compute that the axis of the edifice on the eastern side of the Dead Sea Fault has been left-laterally displaced over c.
SHARKOV, E.V., CHERNYSHEV, I.V. New data on the geochronology of Upper Cenozoic plateau basalts from the northeastern periphery of the Red Sea rift area (Northern Syria).
Fedotov S.A., Chernyshev S.D., Solomatin A.V. Long-term earthquake prediction for the Kurile-Kamchatka arc and warni before the Shikotan earthquake October 4, 1994, M=8,2.
Fedotov S.A., Chernyshev S.D., Solomatin A.V. A LongTerm Seismic Prediction for Kamchatka and the Kurile Islands for 1996-2000.
The Statement of Acid Lake in Crater of the Gorely Volcano, Êamchatka in Summer 1996/ Volcanology and Seismology.
Thermal history of the Gosses Bluff impact structure, central Australia, from conodont colour- alteration indices: Implications for hydrocarbon prospectivity and erosional history.
Microfossil dating of the Brent Meteorite Crater, southeast Ontario, Canada.
Iudina, A. Upper Devonian conodont succession in the Chernyshev Ridge and the Subpolar Urals (Russia) [abs.].
Lake Maps(Site not responding. Last check: 2007-10-10)
Historic architecture, extraordinary museums, interesting restaurants and the newly renovated Capitol building are just a few of the attractions that residents and visitors appreciate.
Side by side comparison tool by Sergey Chernyshev.
A small, Princeton, Wisconsin-based Internet company inroduces a cutting-edge technology application on its website -- the very first of its kind: Directly connecting users to online lake maps with GPS system...
Gavrilenko G.M. The water balance of a drainless crater lake
Kuzmin Yu.D., Sandimirova E.I. The convergence of volcanic structures and meteorite craters
Fedotov S.A., Chernyshev S.D., Matvienko Ju.D., Zharinov N.A. Prediction of Kronotsky earthquake december 5, 1997, M = 7.8-7.9, Kamchatka, and of its strong aftershocks M>6
