| |
| A.Yu.Devichensky, A.M.Lomonosov, V.G.Mikhalevich, M.L.Lyamshev, S.E.Zharinov, A.A.Karabutov
| |
| LASER ULTRASONIC RAYLEIGH WAVES TESTING
OF RESIDUAL STRESS IN METALS |
|
253-256 |
| (PDF, 395K) |
| |
| V.M.Lekomtsev, D.V. Titarenko, A.P.Shved
| |
| DIGITAL ACOUSTIC CAMERA FOR 3D RECONSTRUCTION OF UNDERWATER OBJECTS |
|
257-260 |
| (PDF, 283K) |
| |
| I.S. Koltzova, S.A.Nemnugin, A.V.Shulman
| |
| THEORY AND COMPUTER SIMULATIONS OF ULTRASONIC WAVES PROPAGATION
IN COMPOSITE MATERIALS |
|
261-263 |
| (PDF, 216K) |
| |
|
B.F.Borisov, F.B.Nikulin, E.V.Charnaya
| |
| ULTRASONIC STUDIES OF MELTING AND FREEZING OF WATER
IN CONFINED GEOMETRY |
|
264-267 |
| (PDF, 169K) |
| |
| S.V.Baryshnikov, B.F.Borisov, A.V.Gartvik, A.G.Gorchakov, T.F.Kamzolova, E.V.Charnaya, W.Bohlmann, D.Michel
| |
| ACOUSTIC STUDIES OF NANO2 NANOCRYSTALLS MELTING AND FREEZING
WITHIN PORES OF MATRIX MCM-41 |
|
268-270 |
| (PDF, 213K) |
| |
|
I.E.Kuznetsova, B.D.Zaitsev, V.A.Shamaev
| |
| ANTISYMMETRIC LAMB WAVES OF ZERO ORDER IN STRUCTURE
"LIQUID - PIEZOELECTRIC PLATE - LIQUID" |
|
271-274 |
| (PDF, 132K) |
| |
| S.N.Sazonov, R.M.Gaysin
| |
| INFLUENCE NONLINEARITY OF MEDIUM TO A SPECTRUM SIGNAL OF RESPONSE
AT ULTRASONIC DIAGNOSTICS DETAILS AND KNOTS OF MACHINES |
|
275-277 |
| (PDF, 110K) |
| |
| R.M.Gaysin, S.N.Sazonov
| |
| WAVELET-ANALYSIS OF A REFLECTED SIGNAL FROM SIMULATED DEFECTS |
|
278-281 |
| (PDF, 129K) |
| |
| L.V.Gubko, I.N.Kanevsky, I.V.Timoshenko
| |
| THE ACCOUNT OF INFLUENCE OF ROTATIONAL ULTRASONIC STREAMS
ON PROCESSES HEAT TRANSMISSION AND MASS CARRY |
|
282-287 |
| (PDF, 252K) |
| |
| F.F.Legusha , N.M.Popov , S.I.Pugachev , V.M.Kriachko , N.G.Semenova
| |
| THEORETICAL AND EXPERIMENTAL ASPECTS
OF ULTRASONIC IMPREGNATION |
|
288-291 |
| (PDF, 158K) |
| |
| M.A.Krasavina, N.M.Popov, S.I.Pugachev, E.Iu.Rytov, Iu.I.Rybin, A.E.Alexandrov
| |
| A MATHEMATICAL MODEL OF ULTRASONIC MOLDING FOR OXYZINC CERAMICS |
|
292-295 |
| (PDF, 173K) |
| |
| N.P.Kolomeets, A.A.Novik
| |
| ULTRASONIC DEVICE FOR TINNING OF ALUMINUM WIRE |
|
296-297 |
| (PDF, 130K) |
| |
| N.P.Kolomeets, A.A.Novik
| |
| ULTRASONIC DEVICES FOR INTENSIFICATION OF PROCESSES IN LIQUID MEDIUMS |
|
298-300 |
| (PDF, 200K) |
| |
|
P.D.Sangeev, A.I.Nedbai, V.M.Sarnatsky, A.A.Shono
| |
| BROADBAND TRANSDUCER OF HIGH-FREQUENCY
ULTRASONIC OSCILLATIONS ON THE BASIS OF FERRITES POWDERS |
|
301-303 |
| (PDF, 129K) |
| |
|
À.À.Lbov
| |
| THE POWER SOURCE FOR THE EQUIPMENT FOR ULTRASONIC TECHNOLOGIES |
|
304-305 |
| (PDF, 122K) |
| |
| A.A.Novik
| |
| PPLYING OF MODERN MODELING METHODS FOR DESIGNING AND MANUFACTURING
OF ULTRASONIC TECHNOLOGICAL SONOTRODES. |
|
306-308 |
| (PDF, 143K) |
| |
| V.V.Rubanik, V.V.Rubanik, Jr.
| |
| ULTRASOUND INITIATIONON OF THERMOELASTIC PHASE TRANSFORMATIONS |
|
309-312 |
| (PDF, 138K) |
| |
|
