1. The determination of mechanical stresses using Rayleigh surface waves excited by a magnetoacoustic transducer

   • A. A. Khlybov
   • A. L. Uglov
   • O. Yu. Katasonov

   Acoustic Methods 27 February 2015 Pages: 701 - 707

2. An experimental setup for contactless measurement of the velocity of Rayleigh waves and the surface displacement amplitude

   • Kh. B. Tolipov

   Acoustic Methods 27 February 2015 Pages: 708 - 712

3. An analysis of the accuracy and formation of criterion for comparing two versions of the trilateration approach to the acoustic flaw detection of large-scale industrial structures

   • A. Sh. Mekhtiev
   • N. A. Abdullaev
   • Kh. G. Asadov

   Acoustic Methods 27 February 2015 Pages: 713 - 718

4. Automated evaluation of the service lives of specimens of structural materials on the basis of a micromechanical model of the time dependences of acoustic-emission parameters

   • V. V. Nosov

   Acoustic Methods 27 February 2015 Pages: 719 - 729

5. A probabilistic approach to selecting the significant parameters of filtering signals during acoustic-emission diagnostics of technical objects

   • A. L. Bobrov
   • A. A. Danilina

   Acoustic Methods 27 February 2015 Pages: 730 - 735

6. OSL diagnostics of luminescent materials in a scanning electron microscope

   • A. S. Vokhmintsev
   • I. A. Weinstein
   • Ya. G. Smorodinskii

   Optical Methods 27 February 2015 Pages: 736 - 740

7. A device for the quasi-optical resonance diagnostics of a glass-coated cast microwire

   • I. O. Dorofeev
   • G. E. Dunaevskii

   Optical Methods 27 February 2015 Pages: 741 - 747

8. The monitoring of technological stresses by the method of magnetic noise

   • V. V. Filinov
   • V. E. Shaternikov
   • P. G. Arakelov

   Magnetic Methods 27 February 2015 Pages: 748 - 759

9. Possibilities for the selection of magnetic field transducers for nondestructive testing

   • Yu. Ya. Reutov
   • V. E. Shcherbinin
   • A. V. Volkov

   Magnetic Methods 27 February 2015 Pages: 760 - 768