El artículo que has seleccionado ha finalizado, pero hemos encontrado algo similar.

The Cranial Nerves : Gross Anatomy and Clinical Comments (1988, Hardcover)

Precio:

USD27,33

Aproximadamente25,45 EUR

+ USD20,68 de envío

Entrega prevista: vie. 5 jul. - mar. 16 jul.

Devoluciones:

30 días para devoluciones. El comprador paga el envío de la devolución.

Estado:

Nuevo

Internal SKU: Q07A-01039. Linda Wilson-Pauwels. Publisher: B.C. Decker Apr 30 1988.

Todos los anuncios de este producto

Ultrasound in Liquid and Solid Metals focuses on the effect of intensive ultrasound on metals, including the analysis of the development of cavitation and acoustic flows in melts, mechanism of metals' spraying and crystallization, the formation of dislocation structure in crystals, diffusion, phase transformation, and plastic deformation. Physical fundamentals of intensive ultrasound effects are covered, and detailed discussions are presented on the engineering principles of equipment and material design for the practical use of ultrasound in the refining of melts, crystallization of ingots and molds, pulverization, plating, pressure working of metals, surface strengthening, and other processes.

LCCN
87-050975
Intended Audience
Scholarly & Professional
Lc Classification Number
Qp381
Table of Content
Preface. Introduction. The Fundamentals of the Science and Technology of Ultrasonics: Vibratory and Wave Motion. Ultrasonic Technology. The Physical Principles of Ultrasonic Treatment of Liquid Metals: Ultrasonic Cavitation. Acoustic Streaming, Radiation Pressure and Sonocapillary Effect. Ultrasonic Atomization and Degassing of Liquids. Solidification of Metals in an Ultrasonic Field. The Physical Principles of Ultrasonic Treatment of Solid Metals: The Attenuation of Ultrasonic Vibrations in Solids. Structure Changes in Metals on Ultrasonic Stressing. Mechanical Properties of Ultrasonically Irradiated Metals. Diffusion in an Ultrasonic Field. Phase Transformations in Ultrasonically Irradiated Metals. Ultrasound Interaction with the Solid-Solid Contact Surface. High-Intensity Ultrasound in Liquid Metal Technologies: Ultrasonic Degassing of the Melt. Solidification of Metals in an Ultrasonic Field. Ultrasonically Assisted Crystal Growth. Ultrasound in Plating Processes. Ultrasonic Melt Atomization in Powder Metallurgy. The Use of Ultrasound for Preparing In Situ Composites. High-Intensity Ultrasound in Solid Metal Technologies: Ultrasound in Metalworking Processes. Ultrasound in Heat Treatment and Chemical Heat Treatment. Ultrasonic Machining. Ultrasonic Surface Hardening.
Copyright Date
1988
Dewey Decimal
612/.819
Dewey Edition
19
Illustrated
Yes

Diapositiva actual {CURRENT_SLIDE} de {TOTAL_SLIDES}: También te pueden interesar