| |
| M.A.Ilyukhina, Y.N.Makov | |
| EFFECTS OF ULTRASOUND ACTION ON CELLULAR MEMBRANES |
|
456-459 |
| (PDF, 185K) |
| |
| T.V.Sinilo, V.A.Khokhlova, and O.A.Sapozhnikov | |
| EXPERIMENTAL VERIFICATION OF ENHANCEMENT OF HIGH INTENSITY FOCUSED ULTRASOUND INDUCED HEATING OF BIOLOGICAL TISSUE MIMICKING PHANTOME DUE TO ACOUSTICAL NONLINEARITY OF THE MEDIUM |
|
460-463 |
| (PDF, 433K) |
| |
| E.M.Timanin, E.V.Eremin | |
| FINDING OF VISCOELASTIC CHARACTERISTICS OF BIOLOGICAL SOFT TISSUES FROM THE MECHANICAL IMPEDANCE MEASUREMENTS |
|
464-467 |
| (PDF, 202K) |
| |
| Ì.À.Smagin, À.V.Morozov, Î.ÀSapozhnikov | |
| INVESTIGATION OF ACOUSTIC FIELD STRUCTURE
OF A MULTIELEMENT DIAGNOSTIC PROBE |
|
468-469 |
| (PDF, 310K) |
| |
| A.E.Ponomarev, V.A.Khokhlova, M.A.Averkiou, and L.A.Crum | |
| NONLINEAR SHORT ULTRASOUND PULSES IN TISSUE DIAGNOSTICS |
|
470-473 |
| (PDF, 169K) |
| |
| I.Yu.Demin, N.V.Pronchatov-Rubtcov | |
| ACOUSTICAL TOMOGRAPHY OF LINEAR AND NONLINEAR CHARACTERISTICS OF SOFT BIOLOGICAL TISSUES |
|
474-476 |
| (PDF, 358K) |
| |
| V.A.Burov, O.V.Matveev, E.V.Nesterova | |
| CORRELATIVE-TOMOGRAPHIC RECONSTRUCTION OF BLOOD VELOCITY VECTOR |
|
477-480 |
| (PDF, 390K) |
| |
| V.A.Burov, E.L.Kim, O.D.Rumyantseva | |
| CLASSIFICATION OF ACOUSTIC IMAGES BY SPECTRAL-MORPHOLOGICAL METHODS |
|
481-484 |
| (PDF, 336K) |
| |
| A.A.Anosov, L.R.Gavrilov | |
| RECONSTRUCTION OF TWO-DIMENSIONAL DISTRIBUTION OF TEMPERATURE OF BIOLOGICAL TISSUES WITH THE USE OF LINEAR PHASED ARRAYS |
|
485-488 |
| (PDF, 209K) |
| |
| À.Ye.Êîstiv, I.À.Pîchåkutîvà, V.I.Êîrånbàum | |
| WAVELET PREFILTERING LEVEL ESTIMATION OF THE DURATION OF FORCED-EXHALATION TRACHEAL NOISES |
|
489-491 |
| (PDF, 299K) |
| |
| N.G.Bibikov | |
| NOISE AND LONG-TERM ADAPTATION IN AUDITORY NEURONS |
|
492-494 |
| (PDF, 136K) |
| |
| L.K.Rimskaya-Korsakova | |
| ADAPTATION AND STOCHASTIC REACTION OF THE AUDITORY RECEPTOR INCREASES THE SENSITIVITY OF PERIPHERAL CODING OF THE SHORT STIMULI'S PAIRS MIXED WITH NOISE |
|
495-499 |
| (PDF, 148K) |
| |
| I.G.Andreeva | |
| THE INFLUENCE OF SPECTRAL RANGE SIGNAL ON THRESHOLD DURATION OF PERCEPTION OF SOUND SOURCE RADIAL MOTION |
|
500-502 |
| (PDF, 116K) |
| |
|
