JINR Document Server 61 records found  1 - 15nextend  jump to record: Search took 0.14 seconds. 
1.
HETERODYNE DETECTOR OF INFRARED BAND IN THE GRAVITATION WAVE RECEIVER / Lyablin, M.V. ; Tsepilov, G.V. [JINR-P13-85-413]
2.
HETERODYNE METHOD OF SEPARATING A WEAK LIGHT SIGNAL IN GRAVITY DETECTOR. (IN RUSSIAN) / Basha, S.G. ; Lyablin, M.V. ; Plis, Yu.A.
3.
ANALYSIS AT THE QUANTUM TRANSITION WIDTH IN THE GRAVITATION WAVE DETECTOR / Lyablin, M.V. ; Tsepilov, G.V. [JINR-P13-85-412]
4.
Analysis at the quantum transition width in the gravitation wave detector / Lyablin, M V ; Tsepilov, G V [JINR-P-13-85-412]
5.
ACOUSTIC OPTICAL DETECTOR OF GRAVITATIONAL WAVES WITH HIGH QUALITY CRYSTALS / Lyablin, M.V. ; Shabalin, D.E. [JINR-P13-87-404]
6.
Very high frequency gravitational wave background in the universe / Bisnovatyi-Kogan, G.S. ; Rudenko, V.N. [gr-qc/0406089]
External links: CQGRD DOI e-proceeding
7.
'GRASER': A RADIATOR OF GRAVITATIONAL WAVES IN THE FREQUENCY OPTICAL BAND / Pisarev, A.F. [JINR-P13-12845]
8.
METHOD OF CIRCULATION ENHANCEMENT OF A LIGHT SIGNAL IN GRAVITATIONAL WAVE DETECTOR. (IN RUSSIAN) / Basha, S.G. ; Lyablin, M.V. ; Plis, Yu.A.
9.
Acoustic optical detector of gravitational waves with high quality crystals / Lyablin, M V ; Shabalin, D E [JINR-P-13-87-404]
10.
POSSIBILITY OF GENERATING GRAVITATIONAL WAVES OF THE OPTICAL, SHF AND UHF BANDS BY MEANS OF POWERFUL COHERENT RADIATION AND RECEPTION OF WAVES FOR A NUMBER OF GRAVITATIONAL THEORIES. (IN RUSSIAN) / Pisarenko, V.G. ; Vakaru, S.I.
11.
On d-wave pairing in the single-band Hubbard model / Plakida, N M ; Yushankhai, V Yu ; Stasyuk, I V [E17-89-350] [JINR-E17-89-350]
12.
Conference on Analog, Sensor and Communication Circuits - 1998 ISSCC
13.
Infrared synchrotron radiation in accelerator experiments / Maltsev, A.A.
External link: SERVER
14.
A PHENOMENOLOGICAL UNIFIED DESCRIPTION OF THE GROUND BAND ENERGY LEVELS OF ROTATIONAL NUCLEI / Drenska, S.B. ; Georgieva, A.I. ; Ivanov, M.I. ; Mavrodiev, S.Shch. ; Raichev, P.P. ; Rusev, R.P. [JINR-E4-88-906]
15.
ON A POSSIBILITY OF RECORDING SHORT WAVE GRAVITATIONAL RADIATION. (IN RUSSIAN) / Bogolyubov, P.N. ; Shavokhina, N.S. ; Shumovsky, A.S.

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