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By T. F. Connolly

This referenced compilation of magnetic transition temperatures represents (with the Addendum) papers really bought via the RMIC via may perhaps 1972 and contains lists (alphabetical by means of compounds), one for Curie and one for Neel temperatures. the place diversified values seemed within the literature for a unmarried compound, all are indexed with sepa­ fee references given for every. there's no try out at serious review, which, aside from a couple of welt-studied and good­ characterised fabrics, may not often be well worth the attempt. All that you possibly can say for many of the compounds is that for a given fabric with a undeniable (or all too usually doubtful) background of preparati'on and remedy, stoichiometry, homoge­ neity, and chemical or structural purity a magnetic transition used to be indicated on the temperature(s) indexed. simply while the explanations for various values are explicitly acknowledged within the literature do they seem as short reviews within the physique of the lists. so one can contain the latest information, and to do away with the hold up keen on recomposition of the lists, an addendum is equipped. whereas this calls for the perusal of 2 lists instead of one, it does make sure that the compilation represents the full RMIC assortment in the mean time of going to press. The 2478 references are constrained to these papers specifying a Curie or Neel temperature and don't replicate the whole magnetics literature even for the fabrics indexed.

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24Tb o . 2 239 (ferri. 60 59 x = 1. 90 TbPt 2 "V TbRh2 Tm6Fe23 475 630 Tm3FeS012 549 430 549 ± 2 741 1 11 ",17 257 12 ",40 257 TmNi 4 395 TmNi2 14 802 12? 7 77 1299 917, 1039 ±2 1050 T1FeF3 "V Tlo. sLao. 4 US "'130 Y 2. 3 540 U O. ISP4 141 1452 (continued) USe2 1092, 1094, 100 ±3 180 1093 1160 Y 3 _xBixFe SOl2 UP O. 7 2S 0. 4 2036 560-542 2036 560-541 327-394 ±1 ±1 1448 Y 3Ga 1. 5 2Gd o . 9 332 600 958 YFeo. 1 sAl o . 5) YFeo. 8 1792 (isotope effect (or Mg o . 8) = 1. 0) "-' 500 "-'620 negligible) ±2 247 31 NEEL TEMPERATURE Temperature Material (oK) (oK) 1790, 1803 40 1176 AgCrSe 2 50 1176 AgDy 53-65 (elec.

2 1039 1153 % USe 100 1071 35 mole ')to USe 78 1235 40 mole ')to USe 118 2007 UBi 128 132 134 290 830 (weak ferromag. 7 5S 0. 6 US ""'200 0:8 US ""'210-15 ±2 ""' 50-60 1674 ""'45 901 96 1039 at. 9 751 to H content) 30 401, 1924 ""' 125 751 987 U 1 _ x Th x 0 2 UOS UOTe 1457, 1929 ~163 7 1124 58 NEEL TEMPERATURE Material V oxides Temperature Reference (0 K) (0 K) 886 VoTe V0 2 comes from WV 20 6 crys talline YCr03 distortion at the transition temp. Y 2SEr7S VO I . 0 470 VO I . 103 V0 2 . 3 to 66 at.

8 for long- 55 FeOOH (a) (a) (a) (a) a Temperature Neel Fe203 FeOel Material Reference Neel FeSb 2 773 FeSb 20 4 46 ±1 117 1305 126 1688 FeSe 847 112 250 131 Fe7SeS 475 693 FeSi 443 (but see 611 FeP0 4 25 79 Fe3(P04)2·4H20 '"" 15 129 also ref. 3 1152 807) 20 67 NEEL TEMPERATURE 43 Material Fe2Si04 FeSn FeSn2 Temperature Reference Materia! Temperature Nee! Nee! 95 ""' 85 637, 638 Gd-30'70 Ce 110 1735 FeTe2 83 638 GdC1 1 . 28 41 2168 593 Fe-38 at. 3 1736 41 170 959 FeTi 2Se4 134 1318 FeV0 4 FeV 2S 4 22 ± 1 2126 Gd at.

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