Measurements, Mechanisms, And Models Of Heat Transport In Condensed Matter Offers An Interdisciplinary Approach To The Composition, Dynamics And Thermal Evolution Of Planetary Interiors Using A Combination Of Fundamentals, New Developments In The Research, And Scientific And Mathematical Principles, This Timely Reference Summarizes The State Of The Art Application Of Heat Transport To Geophysics Covering Both Microscopic And Macroscopic Phenomena Of Heat Transport, The Book Offers Both The Fundamental Knowledge And Up To Date Measurements And Models To Encourage Further Improvements And Lead To A Better Understanding Of The Interior, Formation And Evolution Of Planetary BodiesProvides An Interdisciplinary Approach To The Understanding Of The Thermal Evolution Of Large Planetary Bodies, Including Contributed Chapters From Leading ExpertsCombines State Of The Art Measurements And Solutions With Core Principles To Lead To A Better Understanding Of Earth S Interior, Formation And EvolutionOrganized In Two Parts, Focusing First On Microscopic Aspects Of Heat Transport And The Physical Principles Underlying It, And Then Covering Macroscopic Phenomena As They Pertain To Deciphering The Thermal Structure Of Planetary BodiesIncludes Access To A Companion Website With Updated And Recent Data, And In Text Boxes That Highlight Future Questions To Ponder
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- 562 pages
- Measurements, Mechanisms, and Models of Heat Transport in Condensed Matter and Planetary Interiors
- Anne M Hofmeister
- 10 October 2019 Anne M Hofmeister