oa Rhodium-Platinum Alloys

References

1. W. E. Newton, Repertory Pat. Invent., 1858, P- 375 [Google Scholar]
2. H. Sainte-Claire Deville, H. Debray, Ann. Chim. Phys., 1859, 56, 385–496 [Google Scholar]
3. H. Le Chatelier, F. de Phys., 1887, 6, (2), 23 [Google Scholar]
4. H. V. Wartenberg, Verhandl deut. Physik. Ges., 1910, 12, 121–127 [Google Scholar]
5. O. Feussner, L. Müller, Heraeus Festschrift, 1930, pp. 1–17. (Also Ann. Physik., 1930, 7, 9-47) [Google Scholar]
6. J. S. Acken, US Bur. Stand.3. Research, 1934, 12, 249–258, Research Paper No. 650 [Google Scholar]
7. C. R. Barber, Proc. Phys. Soc, 1950, 63, B, 492–501 [Google Scholar]
8. C. W. Haworth, W. Hume-Rothery, J. Inst. Metals, 1958-1959, 87, (8), 265–272 [Google Scholar]
9. J. Weerts, Z. Metallkunde, 1932, 24, 138–141 [Google Scholar]
10. H. J. Goldschmidt, T. Land, J. Iron & Steel Inst., 1947, 155, (2), 221–226 [Google Scholar]
11. E. Raub, J. Less-Common Metals, 1959, 1, 3–18 [Google Scholar]
12. V. A. Nemilov, N. M. Voronov, Izvestia Platinogo Instituta (Ann. Inst. Platine), 1935, (12), 27–35 [Google Scholar]
13. E. Hildebrandt, Ann. Physic, 1937, 30, (7), 593–608 [Google Scholar]
14. F. M. Jaeger, J. E. Zanstra, Proc. Akad. Amsterdam, 1931, 34, 15 [Google Scholar]
15. E. T. Dixon, Phys. Rev., 1931, 38, 6 [Google Scholar]
16. F. M. Jaeger, E. Rosenbohm, Proc. Akad. Amsterdam, 1931, 34, 85 [Google Scholar]
17. A. A. Rudnitsky, R. S. Polyakova, I. I. Tyurin, Izvest. Sekt. Platiny (Akad. Nauk SSSR), 1955, 29, 183–189 [Google Scholar]
18. A. A. Rudnitsky, R. S. Polyakova, I. I. Tyurin, Izvest. Sekt. Platiny (Akad. Nauk SSSR), 1955, 29, 190–196 [Google Scholar]
19. R. Raub, H. Beeskow, D. Menzel, Z. Metallkunde, 1959, 50, (7), 428–431 [Google Scholar]
20. E. S. Bale, Platinum Metals Rev., 1958, 2, 61–63 [Google Scholar]
21. L. Holborn, W. Wien, Wiedemann’s Ann. der Physik, 1895, 56, (2) 360–396 [Google Scholar]
22. H. Le Chatelier, Compt. rend., 1886, 102, 819 [Google Scholar]
23. L. Holborn, W. Wien, Wiedemann’s Ann. der Physik, 1892, 47, 107–134 [Google Scholar]
24. F. Henning, H. Moser, Heraeus Festschrift, 1930, 52–68 [Google Scholar]
25. F. R. Caldwell, US Bur. Stand. J. Research, 1933, 10, 373–380, Research Paper No. 537 [Google Scholar]
26. C. O. Fairchild, H. M. Schmitt, Chem. Met. Eng., 1922, 26, 158–160 [Google Scholar]
27. Hütter, Korrosion Suppt. to Chem. Apparatus 1929, 4, 49–505 1930, 5, 5-6 [Google Scholar]
28. T. Land, F. Iron & Steel Inst., 1947, 155, (2), 214–215 [Google Scholar]
29. L. Reeve, A. Howard, F. Iron & Steel Inst., 1947, 155, (2), 216–220 [Google Scholar]
30. J. C. Chaston, R. A. Edwards, F. M. Lever, J. Iron & Steel Inst., 1947, 155, (2), 229–231 [Google Scholar]
31. R. C. Jewell, F. Iron & Steel Inst., 1947, 155, (2), 231–234 [Google Scholar]
32. M. Chaussain, Proc. Inst. Brit. Foundrymen, 1951, 44, 60–77 [Google Scholar]
33. H. Ehringer, Metall, 1954, 8, (15-16), 596–598 [Google Scholar]
34. G. B. Lapp, V. L. Maksimova, Zhur. Neorg. Khim., 1957, 2, 2589–2597 [Google Scholar]
35. H. E. Bennett, Noble Metal Thermocouples, Johnson, Matthey & Co. Ltd., 1956 [Google Scholar]
36. M. K. McQuillan, J. Set. Instruments, 1949, 26, 329–331 [Google Scholar]
37. R. C. Jewell, E. G. Knowles, J. Sci. Instruments, 1951, 28, 353 [Google Scholar]
38. E. Raub, W. Plate, Z. Metallkunde, 1957, 48, 529 [Google Scholar]
39. A. G. Metcalfe, Brit. J. Appl. Phys., 1950, 1, (10), 256–258 [Google Scholar]
40. R. C. Jewell, E. G. Knowles, T. Land, Metal Ind., 1955, 87, 217–221 [Google Scholar]
41. Johnson, Matthey Research Laboratories, Unpublished data [Google Scholar]