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1. Full Text 2017 TERMIS - Americas Conference & Exhibition Charlotte, NC December 3–6, 2017
by Heo, S and Bursac, N and Walker, B. W and Yu, C. H and Sani, E. Shirzaei and Kimball, W and Sapru, S and Naskar, D and Kundu, B and Ghosh, A. K and Mandal, M and Reis, R. L and Reis, R. L and Mi, H and Turng, L and Musson, D. S and Naot, D and da Silva, L. P and Bastos, A. R and Costa, J. B and Oliveira, J. M and Oliveira, J. M and Correlo, V. M and Reis, R. L and Reis, R. L and Cornish, J and Estevez, M and Sreeram, A and Cuskey, S and Fedorchak, N and Ashton, R and Milbreta, U and Pinese, C and Park, J and Wetzel, I and Cho, H and Robles, U. Aregueta and Gilmour, A and Goding, J and Lovell, N. H and Martens, P. J and Green, R. A and Zirretta, L and Stapp, D and Grundeen, S and Kaplan, D. L and Maximova, N. V and Krasheninnikov, M. E and Klabukov, I. D and Pomytkin, I. A and Lyundup, A. V and Sproul, E. P and Nandi, S and Roosa, C. A and Brown, A. C and Brown, A. C and Gandhi, A and Attar, P and Korn, S and Lam, K and Lam, K and Saini, S and Hyoju, S and Zaborina, O and Alverdy, J and Teymour, F and Papavasiliou, G and Beyer, S and Walus, K and Thain, K and Pan, S and Mohamed, T and De Riccardis, G and Alexander, P. G and Raimondi, M. T and Tuan, R. S and Lerman, M. J and Kingsbury, T. J and Civin, C. I and Fisher, J. P and Fisher, J. P and Felder, M and Williams, C and Sikavitsas, V and Suzuki, K and Komura, H and Lankford, S. K and Andersson, K and Tedeschi, A. M and Gjinovci, A and Russo, S and Camilli, C and Cossu, G and Mantero, S and De Coppi, P and Badylak, S. F and Badylak, S. F and Badylak, S. F and Zakhem, E and Bohl, J and ...
Tissue Engineering Part A, ISSN 1937-3341, 12/2017, Volume 23, Issue S1, pp. S-1 - S-159
Cardiomyocytes (CM) in the adult mammalian heart have limited capacity to proliferate following injury. [...]therapies to induce endogenous regeneration of the... 
Abstracts | Biodegradation | Heart | Hydrogels | Tissue engineering | Cardiomyocytes | Metastasis | Biopolymers | Cell adhesion & migration | Biomaterials | Medicine | Musculoskeletal system | Biomedical materials | Stem cells | Cell cycle | Biocompatibility | Hypoxia | Growth factors | Binding sites | Cancer | Tumors
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2. Full Text Human endometrial stem cells: High-yield isolation and characterization
by Kovina, Marina V and Krasheninnikov, Michael E and Dyuzheva, Tatiana G and Danilevsky, Michael I and Klabukov, Ilya D and Balyasin, Maxim V and Chivilgina, Olga K and Lyundup, Alexey V
Cytotherapy, ISSN 1465-3249, 2018, Volume 20, Issue 3, pp. 361 - 374
Abstract Background Menstrual blood is only recently and still poorly studied, but it is an abundant and noninvasive source of highly proliferative mesenchymal... 
Advanced Basic Science | Other | mesenchymal–epithelial transition | differentiation | endometrial stem cells | cell therapy | iCELLigence | menstrual blood | mesenchymal stromal cells | hepatocytic differentiation | cryobank | MEDICINE, RESEARCH & EXPERIMENTAL | HEPATOCYTES | VIVO | BONE-MARROW | 1ST EXPERIENCE | CANCER | TRANSPLANTATION | CELL & TISSUE ENGINEERING | CELL BIOLOGY | IN-VITRO | HEMATOPOIETIC PROGENITOR CELLS | mesenchymal-epithelial transition | BIOTECHNOLOGY & APPLIED MICROBIOLOGY | HEMATOLOGY | CYTOKERATIN 7
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3. Biliary microbiota and bile duct diseases
by Klabukov, I.D and Lyundup, A.V and Dyuzheva, T.G and Tyakht, A.V
Vestnik Rossiiskoi Akademii Meditsinskikh Nauk, ISSN 0869-6047, 2017, Volume 72, Issue 3, pp. 172 - 179
Biliary microbiome | Cholangitis | Biliary microbiota
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4. Modification of biodegradable fibrous scaffolds with Epidermal Growth Factor by emulsion electrospinning for promotion of epithelial cells proliferation
by Tenchurin, T.H and Lyundup, A.V and Demchenko, A.G and Krasheninnikov, M.E and Balyasin, M.V and Klabukov, I.D and Shepelev, A.D and Mamagulashvili, V.G and Orehov, A.S and Chvalun, S.N and Dyuzheva, T.G
Genes and Cells, ISSN 2313-1829, 2017, Volume 12, Issue 4, pp. 47 - 52
Cell proliferation | GFP | Biodegradable plastics | EGF | Epithelial cells | Tissue engineering | Electrospinning | Extracellular matrix | Polycaprolactone
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5. Possible use of the growing liver biological set for hepatic recovery after toxic damage (an experimental study)
by Gal'Perin, E.I and Ataullakhanov, R.I and Dyuzheva, T.G and Platonova, L.V and Melnikova, T.M and Monakov, M.Y and Dudchenko, A.M and Lyundup, A.V and Klabukov, I.D
Biomeditsinskaya Khimiya, ISSN 2310-6905, 2017, Volume 63, Issue 5, pp. 440 - 446
Hepatoprotective activity | Extracts | Thioacetamide | Growing liver | Hepatic regeneration set | Toxic hepatic injury | Egenerated liver
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6. Possible use of the growing liver biological set for hepatic recovery after toxic damage (an experimental study)
by Gal Perin, E I and Ataullakhanov, R I and Dyuzheva, T G and Platonova, L V and Melnikova, T M and Monakov, M Yu and Dudchenko, A M and Lyundup, A V and Klabukov, I D
Biomeditsinskaia khimiia, ISSN 2310-6972, 10/2017, Volume 63, Issue 5, p. 440
The lack of acceptable pharmacological approaches for restoration of the injured liver is associated with complex of mechanisms involved in hepatic... 
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7. Full Text Search for neutrinos from gamma-ray bursts with the Baikal neutrino telescope NT200
by Avrorin, A V and Aynutdinov, V M and Belolaptikov, I A and Bogorodsky, D Yu and Budnev, N M and Wischnewski, R and Gaponenko, O N and Golubkov, K V and Gress, O A and Gress, T I and Grishin, O G and Danilchenko, I A and Dzhilkibaev, Zh -A. M and Domogatsky, G V and Doroshenko, A A and Dyachok, A N and Zhukov, V A and Zagorodnikov, A V and Klabukov, A M and Klimov, A I and Konishchev, K V and Korobchenko, A V and Koshechkin, A P and Kuzmichev, L A and Kulepov, V F and Kuleshov, D A and Ljashuk, V I and Middell, A and Milenin, M B and Mirgazov, R R and Mikheev, S P and Osipova, E A and Panfilov, A I and Pan’kov, L V and Pan’kov, G L and Perevalov, A A and Petukhov, D A and Pliskovsky, E N and Poleshchuk, V A and Popova, E G and Prosin, V V and Rozanov, M I and Rubzov, V Yu and Rjabov, E V and Suvorova, O V and Tarashchansky, B A and Fialkovsky, S V and Shoibonov, B A and Sheifler, A A and Shirokov, A V and Spiering, Ch and Yagunov, A S
Astronomy Letters, ISSN 1063-7737, 10/2011, Volume 37, Issue 10, pp. 692 - 698
We present the results of our search for neutrino events coinciding in time and direction with gamma-ray bursts (GRBs) with the Baikal underwater neutrino... 
Astrophysics and Astroparticles | Baikal | gamma-ray bursts | neutrino astrophysics | Physics | neutrino telescopes | Astronomy, Observations and Techniques | ASTRONOMY & ASTROPHYSICS | Universities and colleges | Gamma rays | Telescopes | Astrophysics | Neutrinos | Strontium | Searching | Underwater | Flux | Gamma ray bursts | Astronomy
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8. Full Text Search for high-energy neutrinos in the Baikal neutrino experiment
by Avrorin, A.V and Aynutdinov, V.M and Balkanov, V.A and Belolaptikov, I.A and Bogorodsky, D.Yu and Budnev, N.M and Wischnewski, R and Gaponenko, O.N and Golubkov, K.V and Gres, O.A and Gres, T.I and Grishin, O.G and Danilchenko, I.A and Dzhilkibaev, Zh.-A. M and Domogatsky, G.V and Doroshenko, A.A and D'yachok, A.N and Zhukov, V.A and Klabukov, A.M and Klimov, A.I and Konishchev, K.V and Kochanov, A.A and Koshechkin, A.P and Kuzmichev, L.A and Kulepov, V.F and Kuleshov, D.A and Middell, E and Milenin, M.B and Mirgazov, R.R and Mikheev, S.P and Osipova, E.A and Panfilov, A.I and Pan'kov, L.V and Pan'kov, G.L and Petukhov, D.P and Pliskovsky, E.N and Poleshchuk, V.A and Popova, E.G and Pokhil, P.G and Prosin, V.V and Rozanov, M.I and Rubtsov, V.Yu and Suvorova, O.V and Tarashchansky, B.A and Fialkovsky, S.V and Shaibonov, B.A and Sheifler, A.A and Shirokov, A.V and Spiering, Ch and Yashin, I.V
Astronomy Letters, ISSN 1063-7737, 10/2009, Volume 35, Issue 10, pp. 651 - 662
A new analysis of the data from the NT200 neutrino telescope based on the reconstruction of parameters for high-energy showers generated in neutrino... 
Baikal experiment | Neutrino telescopes | Neutrino astrophysics | PHYSICS | TELESCOPE | neutrino astrophysics | ASTRONOMY & ASTROPHYSICS | neutrino telescopes | Universities and colleges | Telescopes | Models | Astrophysics | Neutrinos | Astronomy
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9. Full Text A hydroacoustic positioning system for the experimental cluster of the cubic-kilometer-scale neutrino telescope at Lake Baikal
by Avrorin, A V and Aynutdinov, V M and Bannasch, R and Belolaptikov, I A and Bogorodsky, D Yu and Brudanin, V B and Budnev, N M and Gaponenko, O N and Gafarov, A R and Golubkov, K V and Gress, T I and Danil’chenko, I A and Dzhilkibaev, Zh -A. M and Dobrynin, V I and Domogatsky, G V and Doroshenko, A A and Dyachok, A N and Zhukov, V A and Zagorodnikov, A V and Zurbanov, V L and Karnaukhov, V A and Kebkal, A G and Kebkal, K G and Klabukov, A M and Kozhin, V A and Konischev, K V and Korobchenko, A V and Koshel’, F K and Koshechkin, A P and Kuzmichev, L A and Kulepov, V F and Kuleshov, D A and Lyashuk, V I and Milenin, M B and Mirgazov, R R and Osipova, E A and Panfilov, A I and Pan’kov, L V and Pan’kov, G L and Perevalov, A A and Petukhov, D P and Pliskovsky, E N and Poleschuk, V A and Rozanov, M I and Rubtzov, V Yu and Ryabov, E V and Skurikhin, A V and Suvorova, O V and Tarashansky, B A and Fialkovsky, S V and Shaibonov, B A and Sheifler, A A and Yakovlev, S G
Instruments and Experimental Techniques, ISSN 0020-4412, 7/2013, Volume 56, Issue 4, pp. 449 - 458
The NT1000 deep-water neutrino telescope with an effective volume of ∼2 km3 is currently being developed at Lake Baikal by the BAIKAL collaboration. The... 
Measurement Science and Instrumentation | Physical Chemistry | Physics | Electrical Engineering | INSTRUMENTS & INSTRUMENTATION | ENGINEERING, MULTIDISCIPLINARY | Telescope
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10. Full Text Status of the Baikal-GVD project
by Avrorin, A.V and Aynutdinov, V.M and Bannasch, R and Belolaptikov, I.A and Bogorodsky, D.Yu and Brudanin, V.B and Budnev, N.M and Danilchenko, I.A and Domogatsky, G.V and Doroshenko, A.A and Dyachok, A.N and Dzhilkibaev, Zh-A.M and Fialkovsky, S.V and Gaponenko, O.N and Golubkov, K.V and Gress, T.I and Gress, O.A and Grishin, O.G and Kebkal, K.G and Kebkal, A.G and Klabukov, A.M and Klimov, A.I and Konishchev, K.V and Korobchenko, A.V and Koshechkin, A.P and Koshel, F.K and Kozhin, V.A and Kulepov, V.F and Kuleshov, D.A and Kuzmichev, L.A and Ljashuk, V.I and Mikheev, S.P and Milenin, M.B and Mirgazov, R.A and Osipova, E.R and Pakhorukov, A.L and Panfilov, A.I and Pan'kov, L.V and Pan'kov, A.L and Perevalov, A.A and Petukhov, D.A and Pliskovsky, E.N and Poleshuk, V.A and Popova, E.G and Rozanov, M.I and Rubtsov, V.F and Rjabov, E.V and Shaybonov, B.A and Shirokov, A.V and Sheifler, A.A and Skurikhin, A.V and Spiering, Ch and Suvorova, O.V and Tarashchansky, B.A and Yagunov, A.S and Zagorodnikov, A.V and Zhukov, V.A and Zurbanov, V.L
Nuclear Inst. and Methods in Physics Research, A, ISSN 0168-9002, 11/2012, Volume 692, pp. 46 - 52
The construction of a -scale neutrino telescope – the Gigaton Volume Detector (GVD) in Lake Baikal – is the central goal of the Baikal collaboration. During... 
Baikal | Neutrino telescopes | Neutrino | NEUTRINO EXPERIMENT | INSTRUMENTS & INSTRUMENTATION | SEARCH | NUCLEAR SCIENCE & TECHNOLOGY | PHYSICS, NUCLEAR | NT200 | PHYSICS, PARTICLES & FIELDS | Telescope | Detectors | Universities and colleges | Design engineering | Accelerators | Prototypes | Lakes | Clusters | Arrays | Strings
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11. Full Text An experimental string of the NT1000 Baikal neutrino telescope
by Avrorin, A V and Aynutdinov, V M and Belolaptikov, I A and Bogorodsky, D Yu and Budnev, N M and Wischnewski, R and Gaponenko, O N and Golubkov, K V and Gress, O A and Gress, T I and Grishin, O G and Danil’chenko, I A and Dzhilkibaev, Zh -A. M and Domogatsky, G V and Doroshenko, A A and Dyachok, A N and Zhukov, V A and Zagorodnikov, A V and Klabukov, A M and Klimov, A I and Konischev, K V and Korobchenko, A V and Koshechkin, A P and Kuzmichev, L A and Kulepov, V F and Kuleshov, D A and Lyashuk, V I and Middell, E and Milenin, M B and Mirgazov, R R and Mikheyev, S P and Osipova, E A and Panfilov, A I and Pan’kov, L V and Pan’kov, G L and Perevalov, A A and Petukhov, D P and Pliskovsky, E N and Poleschuk, V A and Popova, E G and Prosin, V V and Rozanov, M I and Rubtzov, V Yu and Ryabov, E V and Suvorova, O V and Tarashansky, B A and Fialkovsky, S V and Shaibonov, B A and Sheifler, A A and Shirokov, A V and Spiering, Ch and Yagunov, A S
Instruments and Experimental Techniques, ISSN 0020-4412, 9/2011, Volume 54, Issue 5, pp. 649 - 659
A project of the NT1000 deep-water neutrino telescope with an effective volume of ∼1 km3 is currently being developed by the BAIKAL collaboration. The... 
Measurement Science and Instrumentation | Physical Chemistry | Physics | Electrical Engineering | INSTRUMENTS & INSTRUMENTATION | ENGINEERING, MULTIDISCIPLINARY | SEARCH | NT200 | PERSPECTIVES | Detectors | Universities and colleges
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12. Full Text Current status of the BAIKAL-GVD project
by Avrorin, A.V and Aynutdinov, V.M and Belolaptikov, I.A and Bogorodsky, D.Yu and Brudanin, V.B and Budnev, N.M and Danilchenko, I.A and Domogatsky, G.V and Doroshenko, A.A and Dyachok, A.N and Dzhilkibaev, Zh-A.M and Fialkovsky, S.V and Gaponenko, O.N and Golubkov, K.V and Gress, T.I and Gress, O.A and Grishin, O.G and Kebkal, K.G and Kebkal, O.G and Klabukov, A.M and Konishchev, K.V and Korobchenko, A.V and Koshechkin, A.P and Koshel, F.K and Kozhin, V.A and Kulepov, V.F and Kuleshov, D.A and Kuzmichev, L.A and Ljashuk, V.I and Milenin, M.B and Mirgazov, R.A and Osipova, E.R and Pakhorukov, A.L and Panfilov, A.I and Pan’kov, L.V and Pan’kov, A.L and Perevalov, A.A and Petukhov, D.A and Pliskovsky, E.N and Poleshuk, V.A and Popova, E.G and Rozanov, M.I and Rubtsov, V.F and Rjabov, E.V and Shaybonov, B.A and Shirokov, A.V and Sheifler, A.A and Skurikhin, A.V and Suvorova, O.V and Tarashchansky, B.A and Yagunov, A.S and Zagorodnikov, A.V and Zhukov, V.A and Zurbanov, V.L
Nuclear Inst. and Methods in Physics Research, A, ISSN 0168-9002, 10/2013, Volume 725, pp. 23 - 26
We present a status of the Baikal-GVD Project. The objective of this project is a construction of a km3-scale neutrino telescope in the Lake Baikal. As an... 
Neutrino telescopes | BAIKAL | INSTRUMENTS & INSTRUMENTATION | SPECTROSCOPY | NUCLEAR SCIENCE & TECHNOLOGY | PHYSICS, PARTICLES & FIELDS | Telescope | Nuclear physics
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13. Full Text Status of the BAIKAL neutrino experiment
by Avrorin, A V and Aynutdinov, V M and Balkanov, V A and Belolaptikov, I A and Berezhnev, S F and Bogorodsky, D Yu and Budnev, N M and Danilchenko, I A and Domogatsky, G V and Doroshenko, A A and Dyachok, A N and Dzhilkibaev, Zh -A. M and Ermakov, G and Fialkovsky, S V and Gaponenko, O N and Golubkov, K V and Gress, O A and Gress, T I and Grishin, N and Grishin, O G and Klabukov, A M and Klimov, A I and Konishchev, K V and Korobchenko, A V and Koshechkin, A P and Kulepov, V F and Kuleshov, D A and Kuzmichev, L A and Ljashuk, V I and Middell, E and Mikheev, S P and Milenin, M B and Mirgazov, R A and Osipova, E R and Panfilov, A I and Pan’kov, A L and Pan’kov, L V and Perevalov, A A and Petukhov, D A and Pliskovsky, E N and Poleshchuk, V A and Popova, E G and Prosin, V V and Rozanov, M I and Rubzov, V F and Rjabov, E V and Shirokov, A V and Shoibonov, B A and Sheifler, A A and Spering, Ch and Suvorova, O V and Tarashchansky, B A and Wischnewski, R and Yagunov, A S and Zagorodnikov, A V and Zhukov, V A
Bulletin of the Russian Academy of Sciences: Physics, ISSN 1062-8738, 3/2011, Volume 75, Issue 3, pp. 414 - 415
The development of the NT1000 km3 neutrino telescope at Lake Baikal has been the main goal of the BAIKAL collaboration since 2006. This work presents selected... 
Nuclear Physics, Heavy Ions, Hadrons | Physics | Detectors | Universities and colleges
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14. Full Text The Baikal neutrino experiment
by Avrorin, A and Aynutdinov, V and Balkanov, V and Belolaptikov, I and Berezhnev, S and Bogorodsky, D and Budnev, N and Danilchenko, I and Domogatsky, G and Doroshenko, A and Dyachok, A and Dzhilkibaev, Zh and Ermakov, G and Fialkovsky, S and Gaponenko, O and Golubkov, K and Gres’, T and Gres’, O and Grishin, N and Grishin, O and Klabukov, A and Klimov, A and Kochanov, A and Konischev, K and Korobchenko, A and Koshechkin, A and Kulepov, V and Kuleshov, D and Kuzmichev, L and Middell, E and Mikheyev, S and Milenin, M and Mirgazov, R and Osipova, E and Pan'kov, L and Pan'kov, A and Panfilov, A and Petukhov, D and Pliskovsky, E and Pokhil, P and Poleschuk, V and Popova, E and Prosin, V and Rozanov, M and Rubtzov, V and Sheifler, A and Shirokov, A and Shoibonov, B and Spiering, Ch and Suvorova, O and Tarashansky, B and Wischnewski, R and Zagorodnikov, A and Zhukov, V and Yagunov, A
Nuclear Inst. and Methods in Physics Research, A, ISSN 0168-9002, 2011, Volume 626, pp. S13 - S18
We review the status of the Lake Baikal Neutrino Experiment. Preparation towards a km -scale Gigaton Volume Detector (GVD) in Lake Baikal is currently a... 
Baikal | Neutrino telescopes | INSTRUMENTS & INSTRUMENTATION | TELESCOPE | SPECTROSCOPY | SEARCH | NUCLEAR SCIENCE & TECHNOLOGY | PERSPECTIVES | GAMMA-RAY BURSTS | NT200 | PHYSICS, PARTICLES & FIELDS | Accelerators | Neutrinos | Spectrometers | Detectors | Flux | Lakes | Diffusion | Strings
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15. Full Text Search for astrophysical neutrinos in the Baikal neutrino project
by Avrorin, A V and Ainutdinov, V M and Belolaptikov, I A and Bogorodskii, D Yu and Budnev, N M and Wisznewski, R and Gaponenko, O N and Golubkov, K V and Gress, O A and Gress, T I and Grishin, O G and Danil’chenko, I A and Dzhilkibaev, Zh -A. M and Domogatskii, G V and Doroshenko, A A and D’yachok, A N and Zhukov, V A and Zagorodnikov, A V and Klabukov, A M and Klimov, A I and Konishchev, K V and Korobchenko, A V and Koshechkin, A P and Kuz’michev, L A and Kulepov, V F and Kuleshov, D A and Lyashuk, V I and Middell, E and Milenin, M B and Mirgazov, R R and Mikheev, S P and Osipova, E A and Panfilov, A I and Pan’kov, L V and Pan’kov, A L and Perevalov, A A and Petukhov, D A and Pliskovskii, E N and Poleshchuk, V A and Popova, E G and Prosin, V V and Rozanov, M I and Rubtsov, V Yu and Ryabov, E V and Sinegovskii, S I and Suvorova, O V and Tarashchanskii, B A and Fialkovskii, S V and Shaibonov, B A and Sheifler, A A and Shirokov, A N and Spiering, C and Yagunov, A S
Physics of Particles and Nuclei Letters, ISSN 1547-4771, 12/2011, Volume 8, Issue 7, pp. 704 - 716
The currently running NT200 and NT200+ Baikal neutrino telescopes and the prospects for development of the Baikal Neutrino Project are briefly descr⇊ed.... 
Baikal | neutrino astrophysics | Physics | Particle and Nuclear Physics | neutrino telescopes | gamma-ray bursts | Gamma rays | Telescope | Universities and colleges | Analysis
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16. Full Text The Gigaton Volume Detector in Lake Baikal
by Avrorin, A and Aynutdinov, V and Belolaptikov, I and Berezhnev, S and Bogorodsky, D and Budnev, N and Danilchenko, I and Domogatsky, G and Doroshenko, A and Dyachok, A and Dzhilkibaev, Zh and Ermakov, G and Fialkovsky, S and Gaponenko, O and Golubkov, K and Gres’, O and Gres’, T and Grishin, O and Grishin, N and Klabukov, A and Klimov, A and Kochanov, A and Konischev, K and Korobchenko, A and Koshechkin, A and Kulepov, V and Kuleshov, D and Kuzmichev, L and Lyashuk, V and Middell, E and Mikheyev, S and Milenin, M and Mirgazov, R and Osipova, E and Pan'kov, L and Pan'kov, A and Panfilov, A and Perevalov, A and Petukhov, D and Pliskovsky, E and Poleschuk, V and Popova, E and Prosin, V and Rozanov, M and Rubtzov, V and Ryabov, E and Sheifler, A and Shirokov, A and Shoibonov, B and Spiering, Ch and Suvorova, O and Tarashansky, B and Wischnewski, R and Zagorodnikov, A and Zhukov, V and Yagunov, A
Nuclear Inst. and Methods in Physics Research, A, ISSN 0168-9002, 2011, Volume 639, Issue 1, pp. 30 - 32
The objective of the Baikal Project is the creation of a kilometer-scale high-energy neutrino observatory: the Gigaton Volume Detector (GVD) in Lake Baikal.... 
Baikal | Neutrino telescopes | INSTRUMENTS & INSTRUMENTATION | UNDERWATER NEUTRINO TELESCOPE | SPECTROSCOPY | NUCLEAR SCIENCE & TECHNOLOGY | PHYSICS, PARTICLES & FIELDS | Detectors | Underwater communication | Accelerators | Prototypes | Preliminary designs | Telescopes | Lakes | Strings
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17. Full Text Acoustic search for high-energy neutrinos in the Lake Baikal: Results and plans
by Aynutdinov, V and Avrorin, A and Belolaptikov, I and Bogorodsky, D and Budnev, N and Danilchenko, I and Domogatsky, G and Doroshenko, A and Dyachok, A and Dzhilkibaev, Zh.-A and Fialkovsky, S and Gaponenko, O and Golubkov, K and Gress, O and Gress, T and Grishin, O and Karnaukhov, V and Klabukov, A and Klimov, A and Kochanov, A and Konischev, K and Korobchenko, A and Koshechkin, A and Kostunin, D and Kulepov, V and Kuleshov, D and Kuzmichev, L and Lyashuk, V and Middell, E and Mikheyev, S and Milenin, M and Mirgazov, R and Osipova, E and Pan’kov, A and Pan’kov, L and Panfilov, A and Perevalov, A and Petukhov, D and Pliskovsky, E and Poleschuk, V and Portyanskaya, I and Popova, E and Prosin, V and Rozanov, M and Ryabov, E and Rubtzov, V and Sheifler, A and Shirokov, A and Shoibonov, B and Spiering, Ch and Suvorova, O and Tarashansky, B and Wischnewski, R and Zagorodnikov, A and Zhukov, V and Yagunov, A and Yashin, I
Nuclear Inst. and Methods in Physics Research, A, ISSN 0168-9002, 2012, Volume 662, Issue 1, pp. S210 - S215
We report the present status and perspectives of the feasibility study to detect cosmic neutrinos acoustically in the Lake Baikal. The results of background... 
Baikal neutrino telescopes | Acoustic neutrino detection | INSTRUMENTS & INSTRUMENTATION | TELESCOPE | SPECTROSCOPY | NUCLEAR SCIENCE & TECHNOLOGY | PERFORMANCE | SHOWERS | WATER | PHYSICS, PARTICLES & FIELDS | Telescope
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18. Full Text The prototype string for the km3-scale Baikal neutrino telescope
by Aynutdinov, V and Avrorin, A and Balkanov, V and Belolaptikov, I and Bogorodsky, D and Budnev, N and Danilchenko, I and Domogatsky, G and Doroshenko, A and Dyachok, A and Dzhilkibaev, Zh.-A and Fialkovsky, S and Gaponenko, O and Golubkov, K and Gress, O and Gress, T and Grishin, O and Klabukov, A and Klimov, A and Kochanov, A and Konischev, K and Koshechkin, A and Kulepov, V and Kuleshov, D and Kuzmichev, L and Middell, E and Mikheyev, S and Milenin, M and Mirgazov, R and Osipova, E and Pan'kov, G and Pan'kov, L and Panfilov, A and Petukhov, D and Pliskovsky, E and Pokhil, P and Poleschuk, V and Popova, E and Prosin, V and Rozanov, M and Rubtzov, V and Sheifler, A and Shirokov, A and Shoibonov, B and Spiering, Ch and Suvorova, O and Tarashansky, B and Wischnewski, R and Yashin, I and Zhukov, V
Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, ISSN 0168-9002, 04/2009, Volume 602, Issue 1, pp. 227 - 234
A prototype string for the future km -scale Baikal neutrino telescope has been deployed in April, 2008, and is fully integrated into the NT200+ telescope. All... 
Neutrino telescopes | BAIKAL | Physics - Cosmology and Nongalactic Astrophysics | Physics - Earth and Planetary Astrophysics | Physics - Instrumentation and Methods for Astrophysics | Physics - High Energy Astrophysical Phenomena | Physics - Solar and Stellar Astrophysics | Physics - Astrophysics of Galaxies
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19. Full Text Asp-15—A stationary device for the measurement of the optical water properties at the NT200 neutrino telescope site
by Avrorin, A and Aynutdinov, V and Belolaptikov, I and Bogorodsky, D and Budnev, N and Danilchenko, I and Domogatsky, G and Doroshenko, A and Dyachok, A and Dzhilkibaev, Zh.-A and Fialkovsky, S and Gaponenko, O and Golubkov, K and Gress, O and Gress, T and Grishin, O and Karnaukhov, V and Klabukov, A and Konischev, K and Koshechkin, A and Koshel, F and Korobchenko, A and Kulepov, V and Kuleshov, D and Kuzmichev, L and Lyashuk, V and Milenin, M and Mirgazov, R and Osipova, E and Pan'kov, L and Pan'kov, A and Panfilov, A and Perevalov, A and Petukhov, D and Pliskovsky, E and Poleschuk, V and Rastegin, A and Rozanov, M and Rubtzov, V and Ryabov, E and Sheifler, A and Shoibonov, B and Spiering, Ch and Suvorova, O and Tarashansky, B and Wischnewski, R and Yagunov, A and Zagorodnikov, A and Zhukov, V
Nuclear Inst. and Methods in Physics Research, A, ISSN 0168-9002, 11/2012, Volume 693, pp. 186 - 194
The operation of large underwater neutrino telescopes requires the precise knowledge of the water parameters governing light absorption and scattering, as well... 
UHE neutrino | Neutrino telescope | BAIKAL | Neutrino astronomy | PROJECT | SEARCH | LIGHT TRANSMISSION | PHYSICS, NUCLEAR | INSTRUMENTS & INSTRUMENTATION | NUCLEAR SCIENCE & TECHNOLOGY | PERSPECTIVES | LAKE BAIKAL | UNE neutrino | PHYSICS, PARTICLES & FIELDS | Telescope | Universities and colleges | Accelerators | Neutrinos | Scattering | Optical properties | Underwater | Telescopes | Devices | Monitoring
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