Thermal Conductivity 16

1. Front Matter

   Pages i-xx

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2. Theory, Solids at Low Temperature — I

   1. Front Matter

      Pages 1-1

      PDF

   2. The Phonon-Dislocation Interaction

      • A. C. Anderson

      Pages 3-6

   3. The Thermal Conductivity of Ti-5Al-2.5 Sn between 1.2 and 35 K: The Effect of Plastic Deformation

      • Gary R. Austin, T. K. Chu, D. H. Damon

      Pages 7-13

   4. Lattice Thermal Resistivity due to Point Defects

      • Paul G. Klemens

      Pages 15-20

   5. Phonon Scattering by Point Defects in Copper Alloys

      • N. Sadanand, D. H. Damon

      Pages 21-29

   6. A Superposition Solution of Heat Conduction in a Cavitied Region Subjected to a Convective Boundary Condition

      • K. C. Su, C. K. Hsieh

      Pages 31-45

   7. Effect of Tin and Tellurium on the Lattice Thermal Conductivity of Bismuth

      • J. Boxus, J. P. Issi, J. P. Michenaud, J. Heremans

      Pages 47-57

3. Geologic Materials — I

   1. Front Matter

      Pages 59-59

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   2. Thermal Conductivity of Rocksalt and Other Geologic Materials from the Site of the Proposed Waste Isolation Pilot Plant

      • J. N. Sweet, J. E. McCreight

      Pages 61-78

   3. The Thermal Conductivity of the Rocks in the Bureau of Mines Standard Rock Suite

      • M. T. Morgan, G. A. West

      Pages 79-90

   4. Thermal Conductivity Systems for Measurements on Rocks under Applied Stress

      • T. Ashworth, R. A. Murdock, E. Ashworth

      Pages 91-99

   5. Effective Thermal Conductivity of Granular Materials in Cylindrical Beds

      • M. S. Khader, R. I. Vachon, J. S. Goodling

      Pages 101-112

   6. Thermal Properties of Moist Granular Materials at Temperatures Below 0°C

      • I. A. van Haneghem, H. P. A. Boshoven

      Pages 113-129

4. Theory, Solids at Low Temperature — II

   1. Front Matter

      Pages 131-131

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   2. The Low Temperature Thermal Conductivities of Glassy Carbons

      • A. C. Anderson

      Pages 133-138

   3. Thermal Conductivity of Damaged MgO

      • C. L. Tsai, A. R. Moodenbaugh, H. Weinstock, Y. Chen

      Pages 139-154

   4. Ideal Thermal Conductivity of Pd and Nb

      • F. J. Pinski, W. H. Butler, P. B. Allen

      Pages 155-163

   5. Thermal Conductivity in Two Regions of a Neutron Star

      • Alak Ray

      Pages 165-178

5. Geologic Materials — II

   1. Front Matter

      Pages 179-179

      PDF

The International Thermal Conductivity Conference was started in 1961 with the initiative of Mr. C. F. Lucks and grew out of the needs of researchers in the field. From 1961 to 1973 the Confer­ ences were held annually, and have been held biennially since 1975 when our Center for Information and Numerical Data Analysis and Synthesis (CINDAS) of Purdue University became the permanent Spon­ sor of the Conferences. These Conferences provide a broadly based forum for researchers actively working on the thermal conductivity and closely related properties to convene on a regular basis to ex­ change their ideas and experiences and report their findings and results. The Conferences have been self-perpetuating and are an example of how a technical community with a common purpose can transcend the invisible, artificial barriers between disciplines and gather togeth­ er in increasing numbers without the need of national publicity and continuing funding support, when they see something worthwi1e going on. It is believed that this series of Conferences not only will grow stronger, but will set an example for researchers in other fields on how to jointly attack their own problem areas.

• ceramics
• composite material
• data analysis
• deformation
• glass
• information
• iron
• metals
• polymer
• porous media
• research
• ultrasound

• IIT Research Institute, Chicago, USA

  David C. Larsen

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