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ATOMIC MATTERS calculates properties of materials and archives them in a *.atma batch file which represents a body of knowledge about the magnetic, electronic and thermodynamic properties of a certain material. *.atma files contain well-developed information in the form of graphs, diagrams, 3D visualizations and texts that can be visualized in the freeware  ATOMIC READER program. *.atma files are also boot files which can be used to conduct scientific research and computer experiments with the ATOMIC MATTERS application.

Here you can download selected *.atma files which describe magnetic and electronic properties of selected materials. Files can be viewed and partly edited using the free ATOMIC READER application, intended solely for visualization of results obtained from the *.atma files.

ID Ion Compound Reference Add date File
ID Ion Compound Reference Add date File
1759 Ag2+ Cs2AgF4 CEF Parameters from: R.J.Radwanski, Z.Ropka - arXiv_0804-4111v.atma 2016/02/02 Ag2+_ion_in_Cs2AgF4_arXiv_0804_4111v_OK.atma
1404 Ce3+ Ce3Fe14B CEF parameters from: B. F. Bogacz, A. T. Pedziwiatr, NUKLEONIKA 2013; 58 (1) 32 2015/12/07 Ce3+_in_Ce3Fe14B.atma
1406 Ce3+ CeCoIn5 CEF parameters from: Physical Review B 70, 134505 (2004) 2015/12/07 Ce3+_in_CeCoIn5-1.atma
1408 Ce3+ CeIrIn5 CEF parameters from: Physical Review B 70, 134505 (2004) 2015/12/07 Ce3+_in_CeIrIn5.atma
1410 Ce3+ CeNiSn2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Ce3+_in_CeNiSn2.atma
1412 Ce3+ CePtGe2 CEF parameters from: Journal of the Physical Society of Japan Vol. 72, No.9 (2003) 2343 2015/12/07 Ce3+_in_CePtGe2.atma
1414 Ce3+ CeRhIn5 CEF parameters from: Physical Review B 70, 134505 (2004) 2015/12/07 Ce3+_in_CeRhIn5.atma
1474 Ce3+ CeCu2Si2 CEF parameters from: E.A Goremychkin A.Yu.Muzychka; JETP 83 (4), October 1996 ; 741 2015/12/21 Ce3+_in_CeCu2Si2.atma
1478 Ce3+ CeFeAsO CEF parameters from: Physical Review Letters 101, 217002-3 (2008) 2015/12/21 Ce3+_in_CeFeAsO0.84F0.16.atma
1482 Ce3+ CeFeAsO CEF parameters from: Physical Review Letters PRL 101, 217002-3 (2008) 2015/12/21 Ce3+_in_CeFeAsO.atma
1487 Ce3+ CeNi0.85Cu0.15Sn CEF parameters from: Physical Review B 71, 214441-5 (2005) 2015/12/21 Ce3+_in_CeNi0.85Cu0.15Sn.atma
1492 Ce3+ CeRh0.8Pd0.2Sb CEF parameters from: Physical Review B 71, 214441-5 (2005) 2015/12/21 Ce3+_in_CeRh0.8Pd0.2Sb.atma
1496 Ce3+ CeRh0.9Pd0.1Sb CEF parameters from: Physical Review B 71, 214441-5 (2005) 2015/12/21 Ce3+_in_CeRh0.9Pd0.1Sb.atma
1498 Ce3+ CeRu2Ge2 CEF parameters from: R.Michalski, PhD Thesis 2015/12/21 Ce3+_in_CeRu2Ge2.atma
1501 Ce3+ CeRu2Si2 CEF parameters from: R.Michalski PhD Thesis 2015/12/21 Ce3+_in_CeRu2Si2.atma
1651 Ce3+ CeAs - 2016/01/07 Ce3+_in_CeAs.atma
1653 Ce3+ CeBi CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/07 Ce3+_in_CeBi.atma
1655 Ce3+ CeP CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/07 Ce3+_in_CeP.atma
1865 Ce3+ CeIn3 CEF parameters from: Journal De Physique Tome 37 (1976) page: 126 2016/03/16 Ce3+_in_CeIn3.atma
1867 Ce3+ CePb3 CEF parameters from: Journal De Physique Tome 37 (1976) page: 126 2016/03/16 Ce3+_in_CePb3.atma
3077 Ce3+ Ce3Fe14B B. F. Bogacz, A. T. Pędziwiatr, NUKLEONIKA 2013 2016/07/22 Ce3+-in-Ce3Fe14B.atma
1777 Co2+ CoO Parameters from: R.J.Radwanski, Z.Ropka arXiv_cond-mat_0901.0437v1 (2009) 2016/02/04 Co2+_in_CoO_arXiv_cond_mat_0901.0437v12009.atma
1814 Co2+ 3d7 A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Co2+_3d7_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1779 Co3 LaCoO3 Parameters from: [1]R.J.Radwanski, Z.Ropka arXiv_cond-matt_0603619v1 (2006), [2]R.J.Radwanski, Z.Ropka, Physica B 312–313 (2002) 777–779 2016/02/04 Co3+_in_LaCoO3_arXiv_cond_matt_0603619v1_2006.atma
1773 Co3+ NaCoO2 Parameters from: R.J.Radwanski, Z.Ropka arXiv_cond-mat_0602592v1 (2006) 2016/02/04 Co3+_in_NaCoO2_arXiv_cond_mat_0602592v1_2006.atma
1775 Co3+ LiCoO2 Parameters from: R.J.Radwanski, Z.Ropka arXiv_cond-mat_0610611v1 (2006) 2016/02/04 Co3+_in_LiCoO2_arXiv_cond_mat_0610611v1_2006.atma
1812 Co3+ 3d6 A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Co3+_3d6_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1823 Co3+ CoF3 R.R.radwanski, D.M.Nalecz, M.Krupska, T.Piwowarczyk, Z.Ropka; Acta Physica Polonica A Vol.127 nr2 (2014) 391 2016/02/08 Co3+_in_CoF3_Acta_Phys_Pol_A_Vol127_nr2_2014_391.atma
1806 Cr2+ 3d4 A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Cr2+_3d4_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1802 Cr3+ 3d3 in octa-cubic surrounding A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Cr3+_3d3_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1505 Cu2+ Cu(C2H8N2)2Ni(CN)4 CEF parameters from: (R.J.Radwanski, Z.Ropka) http://arxiv.org/abs/cond-mat/0006196v1 2015/12/21 Cu2+_in_CuC2H8N22NiCN4.atma
1820 Cu2+ 3d9 (in octa-cubic surrounding) A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Cu2+_3d9_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1416 Dy3+ Dy(1-x)YxFe11Ti CEF parameters from: Physica B 319 (2002) 101 2015/12/07 Dy3+_in_Dy1_xYxFe11Ti.atma
1418 Dy3+ Dy2CoGa8 CEF parameters from: Revista Mexicana de Fisica S 58 (2) 165 2015/12/07 Dy3_in_Dy2CoGa8.atma
1420 Dy3+ DyCu2 CEF parameters from: Physica B 319 (2002) 95 2015/12/07 Dy3+_in_DyCu2_Physica_B.atma
1422 Dy3+ DyCu2 CEF parameters from: Yoshida, J. Phys. Soc. Japan 67 (1998) 1421 2015/12/07 Dy3+_in_DyCu2_Yoshida.atma
1424 Dy3+ DyFe11Ti CEF parameters from: Physica B 319 (2002) 102 2015/12/07 Dy3+_in_DyFe11Ti.atma
1426 Dy3+ DyPtGe2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Dy3+_in_DyPtGe2.atma
1428 Dy3+ DyPtGe2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Dy3+_in_DyPtGe2.atma
1508 Dy3+ Dy2Fe17 CEF parameters from: J.J.M. Franse, R.J. Radwanski; Magnetic properties of binary rare-earth 3d-transition-metal intermetallic compounds;466 2015/12/21 Dy3+_in_Dy2Fe17.atma
1510 Dy3+ DyCl3 CEF parameters from: Physical Review Volume 127, Number 15.09 (1962 ) 2071 2015/12/21 Dy3+_in_DyCl3.atma
1512 Dy3+ DyNi5 CEF parameters from: J.Phys.Condens. Matter 4 (1992) 8858 2015/12/21 Dy3+_in_DyNi5.atma
1514 Dy3+ DyRu2Si2 CEF parameters from: R.Michalski PhD Thesis 2015/12/21 Dy3+_in_DyRu2Si2.atma
1517 Dy3+ Dy3 in ethyl sulfate CEF parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2015/12/21 Dy3+_in_ethyl_sulfate.atma
1519 Dy3+ LaCl3 CEF parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2015/12/21 Dy3+_in_LaCl3.atma
1521 Dy3+ Dy2Co17 EF parameters from: J.J.M. Franse, R.J. Radwanski; Magnetic properties of binary rare-earth 3d-transition-metal intermetallic compounds;466 2015/12/21 Dy3+_inDy2Co17.atma
1552 Dy3+ DyCu2 CEF parameters from: Hashimoto, J. Phys. Soc. Japan 47 (1979) 67 2015/12/21 Dy3+_in_DyCu2_Hashimoto_B_.atma
1657 Dy3+ DyNi2 CEF Rafameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 411 2016/01/07 Dy3+_in_DyNi2.atma
3391 Dy3+ DyAl2 A.L. Lima et al. Phys. Rev. B 72 (2005) 2016/08/04 Dy3+_in_DyAl2_001_AL_Lima_et_al__PhysRevB722005024403.atma
3394 Dy3+ DyAl2 A.L. Lima et al. Phys. Rev. B 72 (2005) 2016/08/04 Dy3+_in_DyAl2_110_AL_Lima_et_al__PhysRevB722005024403.atma
3397 Dy3+ DyNiSn2 Journal of Physics: Conference Series 79 (2007) 2016/08/04 Dy3+_in_DyNiSn2.atma
1432 Er3+ ErCu2 CEF parameters from: Gubbens, J. Magn.Magn. Mater, 98 (1991) 141 2015/12/07 Er3+_in_ErCu2_Gubbens.atma
1434 Er3+ ErCu2 CEF parameters from: Hahimoto, Y. Phys. Soc. Japan 47 (1979) 2015/12/07 Er3+_in_ErCu2_Hashimoto.atma
1438 Er3+ ErNiSn2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Er3+_in_ErNiSn2.atma
1440 Er3+ ErPtGe2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Er3+_in_ErPtGe2.atma
1523 Er3+ Er2Fe14B CEF parameters from: B.F.Bogacz, A.T.Pedziwiatr, NUKLEONIKA 2013; 58(1) 32 2015/12/21 Er3+_in_Er2Fe14B.atma
1525 Er3+ ErBa2Cu3O7 CEF parameters from: Journal of Magnetism and Magnetic Materials 140-144 (1995) 1335 2015/12/21 Er3+_in_ErBa2Cu3O7.atma
1527 Er3+ ErNi2B2C - 2015/12/21 Er3+_in_ErNi2B2C.atma
1529 Er3+ ErNi5 CEF parameters from: J.Phys.Condens. Matter 4 (1992) 8858 2015/12/21 Er3+_in_ErNi5.atma
1531 Er3+ ErNiAl CEF parameters from: Physical Review B 65 014404-6 2015/12/21 Er3+_in_ErNiAl.atma
1533 Er3+ ErRu2Si2 CEF parameters from: Physica B 312-313 (2002) 859 2015/12/21 Er3+_in_ErRu2Si2.atma
1535 Er3+ Er3 in ethyl sulfate CEF parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2015/12/21 Er3+_in_ethyl_sulfate.atma
1537 Er3+ LaBr3 CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców - in: Edit. B.STALIŃSKI..., FIZYKA i CHEMIA CIAŁA STAŁEGO. WYBRANE ZAGADNIENIA"( OSSOLINEUM) 2015/12/21 Er3+_in_LaBr3.atma
1660 Er3+ ErAl2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 2016/01/07 Er3+_in_ErAl2.atma
1664 Er3+ ErFe2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 2016/01/07 Er3+_in_ErFe2.atma
1666 Er3+ ErNi2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 411 2016/01/07 Er3+_in_ErNi2.atma
1669 Er3+ ErP CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/07 Er3+_in_ErP.atma
1671 Er3+ ErRh CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/07 Er3+_in_ErRh.atma
1869 Er3+ AcVO4 CEF parameters from: Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000). 2016/03/16 Er3+_in_AcVO4-1.atma
1872 Er3+ ErPO4 CEF parameters from: Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000). 2016/03/16 Er3+_in_ErPO4.atma
1874 Er3+ LuPO4 CEF parameters from: Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000). 2016/03/16 Er3+_in_LuPO4.atma
1878 Er3+ YPO4 CEF parameters from: Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000). 2016/03/16 Er3+_in_YPO4.atma
1882 Er3+ YVO4 Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000) 2016/03/16 Er3+_in_YVO4.atma
3400 Er3+ Er2Fe17 J.J.M. Franse, R.J. Radwanski; Magnetic properties of binary rare-earth 3d-transition-metal intermetallic compounds 2016/08/04 Er3+_in_Er2Fe17.atma
3404 Er3+ LaCl3 J. Mulak, Z. Żołnierek; Pole krystaliczne w związkach lantanowców i aktynowców 2016/08/04 Er3+_in_LaCl3.atma
1539 Fe2+ FeBr2 EF parameters from: Physical Review B, Volume 63, 172404-2 2015/12/21 Fe2+_in_FeBr2_cond_mat_0005502v12000.atma
1554 Fe2+ FeBr2 Parameters from: Z.Ropka,R.Michalski, R.J.Radwabski, Electronic and magnetic properties of FeBr2, arXiv:cond-mat/0005502v1 2015/12/21 Fe2+_in_FeBr2_cond_mat_0005502v12000.atma
1810 Fe2+ 3d6 A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Fe2+_3d6_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1442 Ho3+ HoCu2 CEF parameters from: Physica B 319 (2002) 96 2015/12/07 Ho3+_in_HoCu2.atma
1444 Ho3+ HoNiSn2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Ho3+_in_HoNiSn2.atma
1446 Ho3+ HoPtGe2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Ho3+_in_HoPtGe2.atma
1543 Ho3+ HoNi5 - 2015/12/21 Ho3+_in_HoNi5.atma
1546 Ho3+ HoRu2Si2 CEF parameters from: R.Michalski - PhD Thesis 2015/12/21 Ho3+_in_HoRu2Si2.atma
1616 Ho3+ HoRh J. Mulak, Z. Żołnierek; Pole krystaliczne w związkach lantanowców i aktynowców, in FIZYKA I CHEMIA CIAŁA STAŁEGO praca zbiorowa, B. Staliński (red.) 1977 PAN 2016/01/05 Ho3+_in_HoRh.atma
1673 Ho3+ HoCo2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 2016/01/07 Ho3+_in_HoCo2.atma
1675 Ho3+ HoFe2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 2016/01/07 Ho3+_in_HoFe2.atma
1677 Ho3+ HoNi2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 411 2016/01/07 Ho3+_in_HoNi2.atma
1679 Ho3+ HoP CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/07 Ho3+_in_HoP.atma
1884 Ho3+ HoPO4 Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000) 2016/03/16 Ho3-in-HoPO4.atma
1886 Ho3+ HoVO4 Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000) 2016/03/16 Ho3+_in_HoVO4.atma
1888 Ho3+ YPO4 CEF parameters from: Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000). 2016/03/16 Ho3+_in_YPO4.atma
3763 mfa_DyAl2 DyAl2 - 2017/02/22 DyAl2_MCE_0_7_5T_0_5T111complex.mfa
1771 Mn3+ LaMnO3 Parameters from: R.J.Radwanski, Z.Ropka arXiv_cond-matt_0403714v1 (2004) 2016/02/04 Mn3+_in_LaMnO3_arXiv_cond_matt_0403714v1_2004.atma
1808 Mn3+ 3d4 A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Mn3+_3d4_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1448 Nd3 Nd(1-x)YxFe11Ti CEF parameters from: Physica B 319 (20020) 101 2015/12/07 Nd3+_in_Nd1_xYxFe11Ti.atma
1588 Nd3 NdFeAsO Physical Review B 88, 214419-4 (2013) 2015/12/28 Nd3+_in_NdFeAsO.atma
1450 Nd3+ NdniSn2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Nd3+_in_NdniSn2.atma
1452 Nd3+ NdCu2 CEF parameters from: Physica B 319 (2002) 95 2015/12/07 Nd3+_NdCu2.atma
1548 Nd3+ Nd2Co17 CEF parameters from: J.J.M. Franse, R.J. Radwanski; Magnetic properties of binary rare-earth 3d-transition-metal intermetallic compounds;471 2015/12/21 Nd3+_in_Nd2Co17.atma
1550 Nd3+ NdCl3 CEF parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2015/12/21 Nd3+_in_NdCl3.atma
1584 Nd3+ NdRu2Si2 Parameters from: R. Michalski,R. J. Radwanski. Materials Science Forum Vols. 480-481 (2005) pp. 617-622 2015/12/28 Nd3+_in_NdRu2Si2.atma
1586 Nd3+ NdNi5 Parameters from: J.Phys.Condens. Matter 4 (1992) 8858 2015/12/28 Nd3+_in_NdNi5.atma
1618 Nd3+ NdCo2 Parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 2016/01/05 Nd3+_in_NdCo2.atma
1682 Nd3+ NdN CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/07 Nd3+_in_NdN.atma
1684 Nd3+ NdNi2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 411 2016/01/07 Nd3+_in_NdNi2.atma
1743 Nd3+ NdSe CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Nd3+_in_NdSe.atma
1745 Nd3+ NdS CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Nd3+_in_NdS.atma
1747 Nd3+ NdP CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Nd3+_in_NdP.atma
1894 Nd3+ NdSn3 Journal De Physique Tome 37 (1976) page: 126 2016/03/16 Nd3+_in_NdSn3.atma
1896 Nd3+ YVO4 Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000) 2016/03/16 Nd3+_in_YVO4.atma
3407 Nd3+ NdPb3 - 2016/08/04 Nd3+_in_NdPb3-1.atma
1769 Ni2+ NiO Parameters from: R.J.Radwanski, Z.Ropka arXiv_cond-mat_0606604v (2006) 2016/02/04 Ni2+_in_NiO_arXiv_cond_mat_0606604v_2006.atma
1816 Ni2+ 3d8 A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Ni2+_3d8_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1818 Ni3+ 3d7 in octa-cubic surrounding A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Ni3+_3d7_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1786 Np3+ NpPd2Al3 Parameters from: R.J.Radwanski, Z.Ropka, arXiv_cond-matt_0407453v1 (2004) 2016/02/06 Np3+_in_NpPd2Al3_magnet_arXiv_cond_matt_0407453v1_2004.atma
1788 Np3+ NpGa2 Parameters from: R.J.Radwanski J.Phys.Condens.Matter 8 (1996) 2016/02/06 Np3+_in_NpGa2_magnet__J.Phys_.Condens.Matter_8_1996_10469.atma
1454 Pr3+ PrCu2 CEF parameters from: Physica B 319 (2002) 95 2015/12/07 Pr3_in_PrCu2.atma
1456 Pr3+ PrNiSn2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Pr3_in_PrNiSn2.atma
1564 Pr3+ PrRu2Si2 CEF parameters from: R. Michalski, Z. Ropka, R. J. Radwanski. Crystal-field interactions in PrRu2Si2. Journal of Physics-Condensed Matter, 12 (2000) 7609-15. 2015/12/28 Pr3inPrRu2Si2.atma
1566 Pr3+ PrNi5 CEF parameters from: J.Phys.Condens. Matter 4 (1992) 8858 2015/12/28 Pr3+_in_PrNi5.atma
1570 Pr3+ PrNi2Si2 Parameters from: Journal of Magnetism and Magnetic Materials 104-107 (1992) 1273 2015/12/28 Pr3+_in_PrNi2Si2.atma
1572 Pr3+ PrCl3 CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców (in: FIZYKA i CHEMIA CIAŁA STAŁEGO. WYBRANE ZAGADNIENIA", redakcja : B.STALIŃSKI ; OSSOLINEUM 2015/12/28 Pr3_in_PrCl3_II_.atma
1574 Pr3+ PrCl3 CEF parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2015/12/28 Pr3+_in_PrAl3-1.atma
1576 Pr3+ PrAl3 CEF parameters from: V.N. Peregudov, A.M. Afanas'ev, V.D. Gorobchenko; Sov.Phys.JETP 56 (5), November 1982; 1061 2015/12/28 Pr3+_in_PrAl3.atma
1578 Pr3+ LaCl3 CEF Parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2015/12/28 Pr3+_in_LaCl3.atma
1580 Pr3+ LaB3 Parameters from: J.Mulak Z.Żołnierek Pole krystaliczne w związkach lantanowców i aktynowców (in: FIZYKA i CHEMIA CIAŁA STAŁEGO. WYBRANE ZAGADNIENIA, redakcja : B.STALIŃSKI ; OSSOLINEUM) 2015/12/28 Pr3+_in_LaB3.atma
1582 Pr3+ in ethyl sulfate Parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2015/12/28 Pr3+_in_ethyl_sulfate.atma
1715 Pr3+ PrTe CEF Parameters from: Crystalline Electric Field Effects in f-Electron Magnetism Edited. Robert Guertin W.Suski, Z.Żołnierek (Springer 1981) 2016/01/12 Pr3+_in_PrTe.atma
1717 Pr3+ PrSe CEF Parameters from: Crystalline Electric Field Effects in f-Electron Magnetism Edited. Robert Guertin W.Suski, Z.Żołnierek (Springer 1981) 2016/01/12 Pr3+_in_PrSe.atma
1719 Pr3+ PrSb CEF Parameters from: Crystalline Electric Field Effects in f-Electron Magnetism Edited. Robert Guertin W.Suski, Z.Żołnierek (Springer 1981) 2016/01/12 Pr3+_in_PrSb.atma
1721 Pr3+ PrS CEF Parameters from: Crystalline Electric Field Effects in f-Electron Magnetism Edited. Robert Guertin W.Suski, Z.Żołnierek (Springer 1981) 2016/01/12 Pr3+_in_PrS.atma
1726 Pr3+ PrP CEF Parameters from: Crystalline Electric Field Effects in f-Electron Magnetism Edited. Robert Guertin W.Suski, Z.Żołnierek (Springer 1981) 2016/01/12 Pr3+_in_PrP.atma
1728 Pr3+ PrNi2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 411 2016/01/12 Pr3+_in_PrNi2.atma
1730 Pr3+ PrBi CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Pr3+_in_PrBi_2.atma
1732 Pr3+ PrBi CEF Parameters from: Crystalline Electric Field Effects in f-Electron Magnetism Edited. Robert Guertin W.Suski, Z.Żołnierek (Springer 1981) 2016/01/12 Pr3+_in_PrBi_1.atma
1734 Pr3+ PrAs CEF Parameters from: Crystalline Electric Field Effects in f-Electron Magnetism Edited. Robert Guertin W.Suski, Z.Żołnierek (Springer 1981) 2016/01/12 Pr3+_in_PrAs.atma
1736 Pr3+ PrAg CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Pr3+_in_PrAg.atma
1741 Pr3+ PrAg CEF Parameters from: Crystalline Electric Field Effects in f-Electron Magnetism Edited. Robert Guertin W.Suski, Z.Żołnierek (Springer 1981) 2016/01/12 Pr3+_in_PrAg.atma
1898 Pr3+ PrIn3 Journal De Physique, Tome 37 (1976) page: 126 2016/03/16 Pr3+_in_PrIn3.atma
1900 Pr3+ PrOs4Sb12 Physical Review Letters (PRL) Vol. 93, number 15 (2004) 157003-3 2016/03/16 Pr3+_in_PrOs4Sb12.atma
1902 Pr3+ PrPb3 Journal De Physique Tome 37 (1976) page: 126 2016/03/16 Pr3+_in_PrPb3.atma
1904 Pr3+ PrTl3 Journal De Physique, Tome 37 (1976) page: 126 2016/03/16 Pr3+_in_PrTl3.atma
1687 Sm3+ ethyl sulfate Parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2016/01/10 Sm3+_in_ethyl_sulfate_LS_complex.atma
1689 Sm3+ Sm2Fe17C2.6 Parameters from: IEEE Transactions on magnetics, vol. 32, no.5 1996 4748 2016/01/10 Sm3+_in_Sm2Fe17N2.6-1.atma
1691 Sm3+ Sm2Fe17N3 Parameters from: IEEE Transactions on magnetics, vol. 32, no.5 1996 4748 2016/01/10 Sm3+_in_Sm2Fe17N3-1.atma
1693 Sm3+ SmBa2Cu3O7 Parameters from: Kim-Ngan, Z.Tarnawski, R.J. Radwanski, J.M. Franse Crystal -field interactions in SmBa2Cu3O7-x 2016/01/10 Sm3+_in_SmBa2Cu3O7_LS_complex_.atma
1695 Sm3+ SmNi5 Parameters from: J.Phys.Condens. Matter 4 (1992) 8858 2016/01/10 Sm3+_in_SmNi5_LS_complex_.atma
1753 Sm3+ SmSb CEF Parameters from: J. Mulak, Z. Żołnierek; Pole krystaliczne w związkach lantanowców i aktynowców, in FIZYKA I CHEMIA CIAŁA STAŁEGO praca zbiorowa, B. Staliński (red.) 1977 PAN 2016/02/02 Sm3+ion_in_SmSb_Mulak.atma
1906 Sm3+ Sm2Fe17N2.6 EEE TRANSACTIONS ON MAGNETICS. VOL. 32. NO. 5 SEPT 1996, 4748 2016/03/16 Sm3+_in_Sm2Fe17N2.6.atma
1755 Sm3+ ion SmP J. Mulak, Z. Żołnierek; Pole krystaliczne w związkach lantanowców i aktynowców, in FIZYKA I CHEMIA CIAŁA STAŁEGO praca zbiorowa, B. Staliński (red.) 1977 PAN 2016/02/02 Sm3+ion_in_SmP_Mulak.atma
1458 Tb3+ Tb(1-x)YxFe11Ti CEF parameters from: Physica B 319 (2002) 101 2015/12/07 Tb3+_in_Tb1_xYxFe11Ti.atma
1460 Tb3+ TbCu2 CEF parameters from: Physica B 319 (2002) 96 2015/12/07 Tb3+_in_TbCu2-1.atma
1462 Tb3+ TbCu2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Tb3+_in_TbCu2.atma
1464 Tb3+ TbPtGe2 CEF parameters from: Journal of Physics: Conference Series 79 (2007) 012032 2015/12/07 Tb3+_in_TbPtGe2.atma
1637 Tb3+ TbRu2Si2 Parameters from: R.Michalski, PhD Thesis 2016/01/05 Tb3+_in_TbRu2Si2.atma
1639 Tb3+ TbPO4 Parameters from: J. Mulak, Z. Żołnierek; Pole krystaliczne w związkach lantanowców i aktynowców, in FIZYKA I CHEMIA CIAŁA STAŁEGO praca zbiorowa, B. Staliński (red.) 1977 PAN 2016/01/05 Tb3+_in_TbPO4.atma
1641 Tb3+ TbNi2Si2 Parameters from: Journal of Magnetism and Magnetic Materials 104-107 (1992) 1273 2016/01/05 Tb3+_in_TbNi2Si2.atma
1643 Tb3+ Tb2Ti2O7 Paraneters from: Mirebeau et al., PRB 76, 184436 (2007) 2016/01/05 Tb3+_in_Tb2Ti2O7.atma
1645 Tb3+ Tb2Fe17 Parameters from: Chinese Physics Vol 15 No 9 1009-1963/2006/15(09)/2148 2016/01/05 Tb3+_in_Tb2Fe17.atma
1707 Tb3+ TbP CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Tb3+_in_TbP.atma
1709 Tb3+ TbNi2 J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 411 2016/01/12 Tb3+_in_TbNi2.atma
1711 Tb3+ TbFe2 CEF parameters from:J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 2016/01/12 Tb3+_in_TbFe2.atma
1713 Tb3+ TbCo2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 2016/01/12 Tb3+_in_TbCo2.atma
1793 Ti3+ 3d1 in octa-cubic surrounding A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Ti3+_3d1_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1757 Ti3+ ion YTiO3 CEF parameters from: R.J.Radwanski, Z.Ropka _arXiv-cond-matt_0601005v1 2016/02/02 Ti3+_ion_in_YTiO3_arXiv_cond_matt_0601005v1_OK.atma
1466 Tm3+ TmCu2 CEF parameters from: Journal of Physics 1 (1989) 10153 2015/12/07 Tm3+_in_TmCu2_J.Phys_..atma
1468 Tm3+ TmCu2 CEF parameters from: J. Magn. Magn. Mater. 83 (1990) 297 2015/12/07 Tm3+_in_TmCu2_M.M.M.atma
1631 Tm3+ TmNi5 Parameters from: J.Phys.Condens. Matter 4 (1992) 8858 2016/01/05 Tm3+_in_TmNi5.atma
1633 Tm3+ Tm2Fe17 Parameters from: J.J.M. Franse, R.J. Radwanski; Magnetic properties of binary rare-earth 3d-transition-metal intermetallic compounds;466 2016/01/05 Tm3+_in_Tm2Fe17.atma
1635 Tm3+ in ethyl sulfate Parameters from: Physical Review Volume 127, Number 15.09.1962 , 2071 2016/01/05 Tm3+_in_ethyl_sulfate.atma
1699 Tm3+ TmP CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Tm3+_in_TmP.atma
1701 Tm3+ TmNi2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 411 2016/01/12 Tm3+_in_TmNi2.atma
1703 Tm3+ TmBe13 CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Tm3+_in_TmBe13.atma
1705 Tm3+ Tm25Y75Al2 CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Tm3+_in_Tm25Y75Al2.atma
1910 Tm3+ LuPO4 Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000) 2016/03/16 Tm3+_in_LuPO4.atma
1912 Tm3+ TmPO4 Crystal Field Handbook, D.J. Newman and B.K.C.Ng, Cambridge University Press (2000) 2016/03/16 Tm3+_in_TmPO4.atma
1627 U3+ UPd2Al3 Parameters from: R J Radwanski R Michalski Y Ropka; From Atomic Physics to Solid-State Physics-Magnetism and Electronic Structure of PrNi5, ErNi5, LaCoO3 and UPd2Al3, 200 2016/01/05 U3+_in_UPd2Al3-1.atma
1629 U3+ UGa2 Parameters from: R.J. Radwanski, Physics of heavy-fermion systems, 1995 pp. 15 2016/01/05 U3+_in_UGa2.atma
1784 U3+ UPd2Al3 Parameters from R.J.Radwanski, Z.Ropka arXiv_cond-matt_0407453v1 (2004) 2016/02/06 U3+_in_UPd2Al3_magnet_arXiv_cond_matt_0407453v1_2004.atma
1625 U4+ URu2Si2 Parameters from: R.J.Radwanski, Journal of Magnetism and Magnetic Materials 103 (1992) L1-L6 2016/01/05 U4+_in_URu2Si2.atma
1800 V2+ 3d3 in octa-cubic surrounding A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 V2+_3d3_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1767 V3+ V2O3 Parameters from: R.J.Radwanski, Z.Ropka arXiv_cond-matt_0511395v1 (2005).atma 2016/02/04 V3+_in_V2O3_arXiv_cond_matt_0511395v1_2005.atma
1798 V3+ 3d2 in octa-cubic surrounding A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 V3+_3d2_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1761 V4+ NaV3O7 Parameters from: R.J.Radwanski, Z.Ropka arXiv_cond-matt_0411455v1 (2004) 2016/02/04 V4+_in_NaV3O7_arXiv_cond_matt_0411455v1_2004.atma
1763 V4+ MgV2O5 Parameters from: R.J.Radwanski, Z.Ropka Physica B 312–313 (2002) 628–629 2016/02/04 V4+_in_MgV2O5_Physica_B_312_313_2002_628_629.atma
1765 V4+ BaVS3 Parameters from: R.J.Radwanski, Z.Ropka Physica B 312–313 (2002) 628–629 2016/02/04 V4+_in_BaVS3_Physica_B_312_313_2002_628_629.atma
1796 V4+ 3d1 in octa-cubic surroundings A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 V4+_3d1_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1621 Yb3+ YbCu2Si2 Parameters from: Journal of Alloys and Compounds 232 (1996) L6 2016/01/05 Yb3+_inYbCu2Si2.atma
1623 Yb3+ YbRu2Si2 Parameters from: R.Michalski, PhD Thesis 2016/01/05 Yb3+_in_YbRu2Si2.atma
1697 Yb3+ YbP CEF parameters from: J.Mulak Z.Żołnierek, Pole krystaliczne w związkach lantanowców i aktynowców; in FIZYKA i CHEMIA CIAŁA STAŁEGO (red. STALIŃSKI) Ossolineum 2016/01/12 Yb3+_in_YbP.atma
1662 Er3+ in ErCo2. CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 ErCo2 CEF parameters from: J.J.M. Franse R.J Radwański, Handbook of Magnetic Materials, Vol. 7, 1993, 403 2016/01/07 Er3+_in_ErCo2.atma
1541 Ho3+ Ho2Fe17 CEF parameters from: J.J.M. Franse, R.J. Radwanski; Magnetic properties of binary rare-earth 3d-transition-metal intermetallic compounds; 466 2015/12/21 Ho3+_in_Ho2Fe17.atma
3767 (Polski) mfa_GdAl2 GdAl2 - 2017/02/22 GdAl2-MCE-0-7_5T-0_5T.mfa
3769 (Polski) mfa_HoAl2 HoAl2 - 2017/02/22 HoAl2-MCE-[100]-J-Jz-pobli-COMPLEX.mfa
3771 (Polski) mfa_TbAl2 TbAl2 - 2017/02/22 TbAl2-BII[001] -J Jz -COMPLEX results.mfa
1804 Mn4+ (3d3) in octa-cubic surrounding. A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 3d3 in octa-cubic surrounding A novel approach to the crystal-field theory - the orbital magnetism in 3d-ion compounds. R.J.Radwanski, Z.Ropka.arXiv_cond-mat_0307575v1 2016/02/08 Mn4+_3d3_in_octa_cubic_arXiv_cond_mat_0307575v1.atma
1890 Nd3 NdPb3 Journal De Physique Tome 37 (1976) page: 126 2016/03/16 Nd3+_in_NdPb3.atma
1908 Sm3+ Sm2Fe17N3 IEEE TRANSACTIONS ON MAGNETICS. VOL. 32. NO. 5 (1996) pp. 4748 2016/03/16 Sm3+_in_Sm2Fe17N3.atma