THEORETICAL MODEL OF THERMO-OPTICAL EXCITATION OF ULTRASONIC WAVES IN SOLDERED THIN-WALLED PRODUCTS
Annotation
A theoretical model of excitation and propagation of ultrasonic waves in thin-walled soldered structure is developed. The waves in question are excited due to thermo-optical effect caused by absorption of pulsed laser radiation in the soldered thin-walled product of space-rocket technique under testing.
Keywords
Постоянный URL
Articles in current issue
- Up-to-Date Requirements to Maintenance of Measurements Uniformity
- S.Information-Measuring Complex with Biofeedback
- Fiber-Optic Basis for Verification of Tacheometer Distance-Measuring Unit
- Application of Signal Microprocessors in Restoration of Distorted Images
- Promising Approaches to Analysis of Informative Physiological Signals and Medical Images of a Human During Intellectual Activity
- COMPARATIVE CHARACTERIZATION OF PROGRAMS FOR MULTIFRACTAL ANALYSIS
- THEORETICAL MODEL OF THERMO-OPTICAL EXCITATION OF ULTRASONIC WAVES IN SOLDERED THIN-WALLED PRODUCTS
- LASER-ULTRASONIC DIAGNOSTICS OF RESIDUAL STRESS IN THIN-WALLED ELEMENTS OF SPACE-ROCKET TECHNIQUE
- LASER-ULTRASONIC TESTING OF THIN-WALLED SOLDERED JUNCTIONS IN LIQUIDPROPELLANT ROCKET ENGINE CHAMBER
- CRYOGENIC TIME-PROJECTION IONIZATION CHAMBER FOR INVESTIGATION OF μ-MESON CAPTURE BY DEUTERON IN MUSUN EXPERIMENT
- INSTRUMENTATION FOR EXPERIMENTAL STUDY OF CROSS SECTION OF DD-NUCLEAR FUSION REACTION WITH POLARIZED COMPONENTS IN POLFUSION PROJECT
- TWO-COORDINATE ROTATABLE PLATFORM
- SOFTWARE TOOL FOR STUDY OF MATHEMATICAL MODELS OF PRECISION TRIPOD
- THE QUALITY OF WINDING OF FIBER-OPTIC GYROSCOPE SENSOR
- DEVELOPMENT OF A TRAINING MODEL OF MR-IMAGER