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BULLETIN OF THE LEBEDEV PHYISICS INSTITUTE
P.N.Lebedev Physics Institute of the Russian Academy of sciences

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5 number 2005 year

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1. Title:
EXCHANGE INTERACTION AND A COMPLETE MAGNETIZATION OF THE MULTISPIN NANOCLUSTER Mn4
Authors:
A.K. Zvezdin.

Abstract:

2. Title:
DUST PARTICLE RECOMBINATION INTERACTION FORCE IN PLASMA
Authors:

Abstract:

3. Title:
VORTEX STRUCTURES OF JOSEPHSON JUNCTION AND THE MAGNETICALLY COUPLED WAVEGUIDE
Authors:
A.S. Malishevskii, V.P. Silin, S.A. Uryupin, S.G. Uspenskii.

Abstract:

4. Title:
NUMERICAL SIMULATION OF HIGH-PRESSURE MICROWAVE PLASMA SOURCE BASED ON THE ELECTRON CYCLOTRON RESONANCE
Authors:
A.V. Arsenin, V.G. Leiman, A.A. Rukhadze, V.P. Tarakanov.

Abstract:

5. Title:
ON THE THEORY OF SUPERFINE STRUCTURE OF ATOMIC SPECTRA
Authors:
V.P. Makarov.

Abstract:

6. Title:
BACKWARD TRANSITION RADIATION GENERATED ON TWO SEQUENTIALLY INSTALLED GRATINGS
Authors:
A.M. Bolotovsky, A.V. Serov.

Abstract:

7. Title:
FIELD TRANSFORMATION IN THE EXTENDED SPACE MODEL − PREDICTION AND A REPETITIVE TEST EXPERIMENT
Authors:
A.Y. Tsipenyuk.

Abstract:
We performed a successful repetitive series of experiments to check the predicted possibility of gravitational field generation upon deceleration of massive charged particles in a substance. The prediction was made within the model of extended five-dimensional noncompactified space with metric (1+4). The new scheme of experiment allowed us to obtain results qualitatively coincident with the results of the first series of experiments. Quantitatively, in the repetitive series of experiments we revealed the appearance of force exceeding more than sixty times the result obtained in the first series of experiments. The maximum measured value of the additional force resulting from deceleration of massive charged particles in a substance is equal to 6.7∙10−5 H.