Contents
Russian Journal of Nondestructive Testing

Vol. 46, No. 1, 2010

A simultaneous English language translation of this journal is available from Pleiades Publishing, Ltd.
Distributed worldwide by Springer. Russian Journal of Nondestructive Testing ISSN 1061-8309.

Magnetic and Electromagnetic Methods

Investigation of the Relationship between the Parameters of Electric Response
to Impact Excitation of Porous Heterogeneous Materials and Variations
in Their Strength under the Conditions of Cyclic Freezing-Defreezing

T. V. Fursa and A. P. Surzhikov p. 1  abstract

Development of the Technique of Nondestructive Testing of Heterogeneous Dielectric
Materials Based on Utilization of the Mechanoelectric Transformation Phenomenon

T. V. Fursa, A. P. Surzhikov and D. D. Dann p. 5  abstract

Acoustic Methods

Prospects of the Application of Nondestructive Testing to the Diagnostics of Nano-
and Microstructural Materials

A. B. Rinkevich, Yu. V. Korkh, and Ya. G. Smorodinskii p. 10  abstract

Induction Ultrasonic Piezoelectric Transducers: II. Experimental Studies

A. E. Glagolev p. 16  abstract

On the Calculation of Characteristics of Echo Signals of Transverse
and Longitudinal Wavesfrom Reflectors with Flat Surfaces

V. N. Danilov p. 26  abstract

Reconstruction of Structural Characteristics of a Damaged Solid
from the Amplitude–Frequency Spectrum of Acoustic Emission

V. T. Belikov p. 42  abstract

Enhancement of the Acoustic-Emission Method Use for Diagnostics
of Rolling Stock Cast Parts

L. N. Stepanova, A. L. Bobrov, S. I. Kabanov, and E. Yu. Lebedev p. 49  abstract

Studying Sources of Acoustic Emission during the Cooling of a Weld Seam
with the Use of Cluster Analysis

L. N. Stepanova, K. V. Kanifadin, and S. A. Laznenko p. 56  abstract

On the Possibility of Estimating the Elasticity Limit and Residual Deformations
in Ferromagnetic Metals Using the Parameters of Electromagnetic-Acoustic Transformation

S. E. Babkin and R. S. Il’yasov p. 64  abstract

A New Signal Processing Technique for Detecting Flaw Echoes Close
to the Material Surface in Ultrasonic NDT¹

Song Shoupeng p.69  abstract

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