By P. G. Klemens (auth.), O. Madelung, G. K. White (eds.)
Volume III/15 bargains with information at the delivery phenomena in metals, filling a long-felt desire for either experimentalists and theoreticians. the 1st subvolumes, III/15a and III/15b, comprise info at the electric conductivity of metals and comparable matters. the current subvolume III/15c covers the thermal conductivity, its digital half in addition to the lattice contribution. It updates and enhances the corresponding bankruptcy in quantity II/5b of Landolt-Börnstein, sixth version, released in 1968.
Read Online or Download Thermal Conductivity of Pure Metals and Alloys PDF
Similar nonfiction_12 books
Resuscitate! Second Edition: How Your Community Can Improve Survival from Sudden Cardiac Arrest
Surprising cardiac arrest is the top reason for loss of life between adults, but it don't need to be deadly. although survival in such a lot groups is particularly bad, a number of groups in attaining premiums as excessive as 50%. Why are a few groups such a success in snatching existence from the jaws of dying? Resuscitate! describes the stairs any EMS method can take to enhance cardiac arrest survival.
- Foundations of complex systems : emergence, information and predicition
- Tropical Natural Fibre Composites: Properties, Manufacture and Applications
- C♯ 3.0 : a beginner's guide
- Social context and fluency in L2 learners : the case of Wales
- Flora of Kamtchatka and adjacent islands. Parts 4.
- Mathematical Developments Arising from Hilbert Problems, Part 1
Additional info for Thermal Conductivity of Pure Metals and Alloys
Sample text
Po (polonium) Structure: cub; T, = 527 K. No data found for this metal. 2 Thermal conductivity 40 above 50 K [Ref. p. 118 Pr (praseodymium) Structure: dhcp; T,= 1208 K. TIN 1 W /m Kl Ref. 3 - RRR ? 8 ? 13 - ? ‘) Values read from graph 0 200 400 600 800 K 1000 Fig. 37. Pr. Thermal conductivity vs. temperature. 1: [64Del], 2: [66Jol], 3: [76Zil], 4: [IlIvI]. 0 300 600 900 1200 1500 K 1800 Fig. 38. Pt. Thermal conductivity vs. temperature. 1: [66Lal], 2: sample 1 [66Mol], 3: sample 2 [66Mol], 4: [67Fll], 5: [67Mal], 6: [‘IODuI], 7: [70Tal], 8: [77Vel], 9: [86Bil].
MK 35 -x . m I ? JU Fig. 52. Ti. Thermal conductivity vs. temperaturd. 1: [SDel], 2: [59Whl], 3: [61Pol], 4: [69Bal], 5: [82Gel], 6: [85Pel], 7: [86Bil]. 2 Thermal conductivity above 50 K Ref. p. ) TCKI 1 Cw/mKl Ref. Remarks Method 58Del PC‘) Phase 86Bil L c 59Whl PC? 0 - - - RRR ? 20 ? 18 ? 7 - 9 ‘) Averaged from neighbouring values on two samples. ‘) Averaged from neighbouring values. ‘) Corrected for expansion. “) Compilation based on smoothing Lorenz ratio values. 3, Read from graph. 2 Thermal conductivity 56 above 50 K [Ref.
These are a selection of low-temperature data on a variety of samples of differing purity so that the user of the tables may be able to interpolate and estimate ),-values for other specimens of different RRR. 2). Also included are values of the electrical impurity resistivity (QJ as measured at 7’<4K, if they are published. Purities in weight or atomic percent are those published by the authors and may not have included gas content and carbon impurities. Unless otherwise noted, all the low-temperature measurements of 1.