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Materials | High-Temperature Measurements of Materials

High-Temperature Measurements of Materials

Fukuyama, Hiroyuki, Waseda, Yoshio (Eds.)

2009

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  • Most comprehensive book on high-temperature measurements
  • Highly-important for process control in crystal growth and metallurgical processes
  • Deals with established methods
  • A valuable reference for both engineers and researchers

Thermophysical properties of high-temperature materials are important from both the scientific and engineering points of view. This book includes the latest developments in the measurements of atomic structure, density, surface tension, viscosity, heat capacity, thermal and mass diffusivity, thermal conductivity, emissivity, and electrical conductivity of mainly metallic melts. High-temperature measurements are difficult due to high chemical reactivity and fluidity. Some distinctive inventions on the experimental techniques such as levitation technique combined with microgravity, synchrotron radiation or magnetic field enable high-precision measurements. This book is the perfect choice for specialists and nonspecialists eager to know the cutting-edge details in this field.

Content Level » Professional/practitioner

Keywords » Atomic structure - High-temperature melts - Materials science and engineering - Noncontact measurements - Thermophysical properties - diffraction - metal

Related subjects » Classical Continuum Physics - Engineering - Materials - Special types of Materials

Table of contents / Preface / Sample pages 

Measurement of Structure of High Temperature and Undercooled Melts by using X-Ray Diffraction Methods Combined with Levitation Techniques.- Viscosity and Density Measurements of High Temperature Melts.- Marangoni Flow and Surface Tension of High Temperature Melts.- Diffusion Coefficients of Metallic Melts Measured by Shear Cell Technique Under Microgravity and on the Ground.- Thermal Diffusivity Measurements of Oxide and Metallic Melts at High Temperature by the Laser Flash Method.- Emissivities of High Temperature Metallic Melts.- Noncontact Thermophysical Property Measurements of Metallic Melts under Microgravity.- Noncontact Laser Calorimetry of High Temperature Melts in a Static Magnetic Field.- Noncontact Thermophysical Property Measurements of Refractory Metals Using an Electrostatic Levitator.

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