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    • Intensive lecture Mineral Physics I
      • 0. Introduction
      • 1. Thermodynamic properties
      • 2. Elastcity
      • 3. Lattice vibration
      • 4. Equation of state
      • 5. Heat transfer
    • Workshop 2021
    • Workshop 2020
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    • Chemistry
      • MgAlO2.5 vs bulk Mg/Si
      • T dependence of Fe2O3 in Brg Mg-rich
      • T dependence of MgAlO2.5
      • Al in Brg at 3000 K
      • Clustering of O vacancies
      • LiNbO3-type (Mg,Fe3+)(Al3+,Si)O3
    • Grain growth
      • Grain size exponent
    • HP-HT technology
      • Review of HP generation
      • CVD-BDD heater
      • Stripe BDD heater
      • Finite strain and BM-EOS
    • Related studies
      • Psp pressure
      • Psp thickness
    • Pre-ERC
      • Generation of 60 GPa
      • Generation of 40 GPa
      • Precise Guide Block
      • P-depend. MgAlO2.5
      • LiNbO3-type Mg3Al2Si3O12
      • Al2O3 as a function of P & T
  • Publications
  • New page
  • Home
  • Overview
  • Technology
    • UHP by WC
    • UHT by BDD
    • Zero-Temp gradient
    • Precise phase relations
    • Rapid quench
  • Events
    • Intensive lecture Mineral Physics I
      • 0. Introduction
      • 1. Thermodynamic properties
      • 2. Elastcity
      • 3. Lattice vibration
      • 4. Equation of state
      • 5. Heat transfer
    • Workshop 2021
    • Workshop 2020
    • Meeting 2019
  • People
  • Results
    • Chemistry
      • MgAlO2.5 vs bulk Mg/Si
      • T dependence of Fe2O3 in Brg Mg-rich
      • T dependence of MgAlO2.5
      • Al in Brg at 3000 K
      • Clustering of O vacancies
      • LiNbO3-type (Mg,Fe3+)(Al3+,Si)O3
    • Grain growth
      • Grain size exponent
    • HP-HT technology
      • Review of HP generation
      • CVD-BDD heater
      • Stripe BDD heater
      • Finite strain and BM-EOS
    • Related studies
      • Psp pressure
      • Psp thickness
    • Pre-ERC
      • Generation of 60 GPa
      • Generation of 40 GPa
      • Precise Guide Block
      • P-depend. MgAlO2.5
      • LiNbO3-type Mg3Al2Si3O12
      • Al2O3 as a function of P & T
  • Publications
  • New page
  1. Events
  2. Intensive lecture Mineral Physics I
  3. 5. Heat transfer

Chapter 5: Heat transfer




Back to Intensive lecture 2021-2022

Contact address:

Tomoo Katsura

Professor of Structure and Dynamics of Earth Materials

Bayerisches Geoinstitut, University of Bayreuth

Universitaetsstrasse 30, 95440 Bayreuth, Germany

E-mail: tomo.katsura@uni-bayreuth.de

Tel：+49(921)553791

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