Search Results - "Anfimov, D"

Dispersion Analysis of Diffuse Scattering Spectra Obtained by a Quantum-Cascade Laser as a Means of Substance Identification by Anfimov, D. R., Golyak, Ig. S., Nebritova, O. A., Fufurin, I. L.

“…A mathematical model of damped harmonic oscillators based on the Lorentz equations for calculating the optical characteristics of a medium is considered. Using…”
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Maps of Subsurface Hydrogen from the High Energy Neutron Detector, Mars Odyssey by Mitrofanov, I., Anfimov, D., Kozyrev, A., Litvak, M., Sanin, A., V. Tret'yakov, Krylov, A., Shvetsov, V., Boynton, W., Shinohara, C., Hamara, D., Saunders, R. S.

“…After 55 days of mapping by the High Energy Neutron Detector onboard Mars Odyssey, we found deficits of high-energy neutrons in the southern highlands and…”
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Monitoring Greenhouse Gases in the Open Atmosphere by the Fourier Spectroscopy Method by Golyak, Il. S., Anfimov, D. R., Vintaykin, I. B., Golyak, Ig. S., Drozdov, M. S., Morozov, A. N., Svetlichnyi, S. I., Tabalin, S. E., Timashova, L. N., Fufurin, I. L.

“…The problem of global climate change has become one of the most important challenges to humanity in the 21 st century. The main reason is the appearance in the…”
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Estimation of Emissions From Metallurgical Plants Using Infrared Fourier Transform Spectroscopy by Morozov, A. N., Tabalin, S. E., Anfimov, D. R., Vintaykin, I. B., Glushkov, V. L., Demkin, P. P., Nebritova, O. A., Golyak, Ig. S., Barkov, E. V., Chebotaev, A. V., Drozdov, M. S., Svetlichnyi, S. I., Fufurin, I. L.

“…Every year, metallurgical plants emit hundreds of thousands of tons of harmful substances into the atmosphere. The remote sensing of flue gases from the…”
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Experimental Setup Based on a Quantum Cascade Laser Tunable in the Wavelength Range of 5.3–12.8 µm for Spectral Analysis of Human Exhaled Air by Shcherbakova, A. V., Anfimov, D. R., Fufurin, I. L., Golyak, I. S., Trapeznikova, I. A., Kareva, E. R., Morozov, A. N.

“…An experimental setup and a method for analyzing multicomponent gas mixtures, including human-exhaled air, have been presented. The installation consists of a…”
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Optical Methods for Detecting and Tracking Moving Objects in the Atmosphere by Fufurin, I. L., Vintaikin, I. B., Nazolin, A. L., Anfimov, D. R., Golyak, Il. S., Svetlichnyi, S. I., Drozdov, M. S., Golyak, Ig. S., Scherbakova, A. V., Morozov, A. N.

“…Progress in the development of infrared (IR) laser diodes, photodetector elements of matrices in the visible and IR ranges, lidar systems allows the use of…”
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Discovery of GRB 020405 and Its Late Red Bump by Price, P. A, Kulkarni, S. R, Berger, E, Fox, D. W, Bloom, J. S, Djorgovski, S. G, Frail, D. A, Galama, T. J, Harrison, F. A, McCarthy, P, Reichart, D. E, Sari, R, Yost, S. A, Jerjen, H, Flint, K, Phillips, A, Warren, B. E, Axelrod, T. S, Chevalier, R. A, Holtzman, J, Kimble, R. A, Schmidt, B. P, Wheeler, J. C, Frontera, F, Costa, E, Piro, L, Hurley, K, Cline, T, Guidorzi, C, Montanari, E, Mazets, E, Golenetskii, S, Mitrofanov, I, Anfimov, D, Kozyrev, A, Litvak, M, Sanin, A, Boynton, W, Fellows, C, Harshman, K, Shinohara, C, Gal-Yam, A, Ofek, E, Lipkin, Y

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Analysis Methods and Results of a Search for Weak Gamma-Ray Bursts in the BATSE Data by Mitrofanov, I. G, Anfimov, D. S, Briggs, M. S, Fishman, G. J, Kippen, R. M, Kozyrev, A. S, Litvak, M. L, Meegan, C. A, Paciesas, W. S, Preece, R. D, Sanin, A. B

“…We report initial results on the statistical properties of the dimmest gamma-ray bursts (GRBs) observed with the Burst and Transient Source Experiment (BATSE),…”
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High-speed recursive-separable image processing filters by Kamenskiy, A.V.

“…The development of modern technologies in the field of image formation leads to an increase in the size of the generated images, as a result the question of…”
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The gamma-ray burst monitor for the Russian Mars 1996 mission by Ziock, K.P., Bixler, J., Cline, T., Stilwell, D., Sheppard, D., Hurley, K., Berg, P., Primbsch, J.H., Slassi-Senou, S., Madden, N., Anfimov, D.S., Chernenko, A.M., Isupov, O.M., Litvak, M.L., Litvin, D.A., Loznikov, V.M., Mitrofanov, I.G., Pozanenko, A.S., Ton'shev, A.K., Ushakov, D.A.

“…We describe an innovative detector designed primarily for the study of cosmic gamma-ray bursts aboard interplanetary spacecraft. The experiment is a fully…”
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High precision gamma-ray spectrometer PGS for Russian interplanetary mission to Mars by Mitrofanov, I.G., Anfimov, D.S., Chernenko, A.M., Dolidze, V.Sh, Kostenko, V.I., Isupov, O.E., Pozanenko, A.S., Ton'shev, A.K., Ushakov, D.A., Auchampaugh, G.F., Cafferty, M., Drake, D.M., Fenimore, E.E., Klebesadel, R.W., Longmire, J.L., Moss, C.E., Reedy, R.C.

“…The high precision gamma-ray spectrometer (PGS) is scheduled to be launched on the Russian MARS mission in 1996, and to go into an elliptical polar orbit…”
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Maps of subsurface hydrogen from the High Energy Neutron Detector, Mars Odyssey by MITROFANOV, I, ANFIMOV, D, HAMARA, D, SAUNDERS, R. S, KOZYREV, A, LITVAK, M, SANIN, A, TRET'YAKOV, V, KRYLOV, A, SHVETSOV, V, BOYNTON, W, SHINOHARA, C

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A high precision gamma-ray spectrometer for the Mars-94 mission by Mitrofanov, I.G., Anfimov, D.S., Chernenko, A.M., Dolidze, V.Sh, Pozanenko, A.S., Ushakov, D.A., Auchampaugh, G.F., Cafferty, M., Drake, D.M., Fenimore, E.E., Klebesadel, R.W., Longmire, J.L., Moss, C.E., Reedy, R.C., Valencia, J.E.

“…The high precision gamma-ray spectrometer (PGS) is scheduled to be launched on the Mars-94 mission in October, 1994, and to go into an elliptical polar orbit…”
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Comparison of Redshift-known Gamma-Ray Bursts with the Main Groups of Bright BATSE Events by Mitrofanov, Igor G, Sanin, Anton B, Anfimov, Dmitrij S, Litvak, Maxim L, Briggs, Michael S, Paciesas, William S, Pendleton, Geoffrey N, Preece, Robert D, Meegan, Charles A

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The Emission Time of Gamma-Ray Bursts by Mitrofanov, Igor G, Anfimov, Dmitrij S, Litvak, Maxim L, Sanin, Anton B, Saevich,, Yurij Yu, Briggs, Michael S, Paciesas, William S, Pendleton, Geoffrey N, Preece,, Robert D, Koshut, Thomas M, Fishman, Gerald J, Meegan,, Charles A, Lestrade, John Patrick

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Average Cosmological Invariant Parameters of Cosmic Gamma Ray Burst by Mitrofanov, I. G, Anfimov, D. S, Litvak, M. L, Briggs, M. S, Paciesas, W. S, Pendleton, G. N, Preece, R. D, Meegan, C. A

“…Average cosmological invariant parameters (ACIPs) are calculated for six groups of BATSE cosmic gamma-ray bursts selected by their peak fluxes on the 1.024 s…”
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Average Cosmological Invariant Parameters of Cosmic Gamma-Ray Bursts by Mitrofanov, Igor G, Anfimov, Dmitrij S, Litvak, Maxim L, Briggs, Michael S, Paciesas, William S, Pendleton, Geoffrey N, Preece, Robert D, Meegan, Charles A

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Generic Difference between Early and Late Stages of BATSE Gamma-Ray Bursts by Mitrofanov, Igor G, Litvak, Maxim L, Anfimov, Dmitrij S, Sanin, Anton B, Briggs, Michael S, Paciesas, William S, Pendleton, Geoffrey N, Preece, Robert D, Meegan, Charles A

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Discovery of GRB 020405 and its Late Red Bump by Price, P. A, Kulkarni, S. R, Berger, E, Fox, D. W, Bloom, J. S, Djorgovski, S. G, Frail, D. A, Galama, T. J, Harrison, F. A, McCarthy, P, Reichart, D. E, Sari, R, Yost, S. A, Jerjen, H, Flint, K, Phillips, A, Warren, B. E, Axelrod, T. S, Chevalier, R. A, Holtzman, J, Kimble, R. A, Schmidt, B. P, Wheeler, J. C, Frontera, F, Costa, E, Piro, L, Hurley, K, Cline, T, Guidorzi, C, Montanari, E, Mazets, E, Golenetskii, S, Mitrofanov, I, Anfimov, D, Kozyrev, A, Litvak, M, Sanin, A, Boynton, W, Fellows, C, Harshman, K, Shinohara, C, Gal-Yam, A, Ofek, E, Lipkin, Y

“…We present the discovery of GRB 020405 made with the Inter-Planetary Network (IPN). With a duration of 60 s, the burst appears to be a typical long duration…”
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HETE-2 Localization and Observations of the Short, Hard Gamma-Ray Burst GRB020531 by Lamb, D. Q, Ricker, G. R, Atteia, J. -L, Hurley, K, Kawai, N, Shirasaki, Y, Sakamoto, T, Tamagawa, T, Graziani, C, Olive, J. -F, Yoshida, A, Matsuoka, M, Torii, K, Fenimore, E. E, Galassi, M, Tavenner, T, Donaghy, T. Q, Boer, M, Dezalay, J. -P, Vanderspek, R, Crew, G, Doty, J, Monnelly, G, Villasenor, J, Butler, N, Jernigan, J. G, Levine, A, Martel, F, Morgan, E, Prigozhin, G, Woosley, S. E, Cline, T, Mitrofanov, I, Anfimov, D, Kozyrev, A, Litvak, M, Sanin, A, Boynton, W, Fellows, C, Harshman, K, Shinohara, C, Starr, R, Braga, J, Manchanda, R, Pizzichini, G, Takagishi, K, Yamauchi, M

“…The {\it HETE-2} (hereafter \HETE) French Gamma Telescope (FREGATE) and the Wide-field X-ray Monitor (WXM) instruments detected a short ($t_{50} = 360$ msec in…”
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