Download Atomic Reader
Download installation package of ATOMIC READER application, designed for the visualization of the results obtained from the files *.atma. It provides a representation of data from files *.atma the form of graphs, charts, 3D rendering and processed texts. ATOMIC READER also allows, to a limited extent, edit *.atma files (the grouping and separation of results) and simulate visualization of the CEF. Application ATOMIC READER is not a calculation package and does not allow calculate of the influence of CEF an magnetic field for ions. ATOMIC READER is the application which we provide under freeware license.
Below you can download selected *.atma files describing emectronic an magnetic properties of some materials. Files can be viewed and partly edited using the application ATOMIC READER.
504R.J.Radwanski-R.Michalski-Z.Ropka_Krakow 2001d1 config (V4+ Ti3+) in octahedral.atma – 51 KB
501R.J.Radwanski-R.Michalski-Z.Ropka_Krakow 2001d3 config (Cr3+ V2+) in octahedral.atma – 109 KB
499R.J.Radwanski-R.Michalski-Z.Ropka_Krakow 2001d4 config (Mn3+ Cr2+) in octahedral.atma – 96 KB
497R.J.Radwanski-R.Michalski-Z.Ropka_Krakow 2001d6 config (Fe2+ Co3+) in octahedral.atma – 96 KB
495R.J.Radwanski-R.Michalski-Z.Ropka_Krakow 2001d7 config (Co2+) in octahedral.atma – 109 KB
493R.J.Radwanski-R.Michalski-Z.Ropka_Krakow 2001d8 config (Ni2+) in octahedral.atma – 80 KB
491R.J.Radwanski-R.Michalski-Z.Ropka_Krakow 2001d9 config (Cu2+) in octahedral.atma – 51 KB
487B.F.Bogacz, A.T.Pedziwiatr NUKLEONIKA 2013; 58(1): 32Ce3+ in Ce2Fe14B.atma – 101 KB
481E.A Goremychkin A.Yu.Muzychka; JETP 83 (4), October 1996 ; 741Ce3+ in CeCu2Si2.atma – 101 KB
479Physical Review Letters PRL 101, 217002-3 (2008)Ce3+ in CeFeAsO.atma – 202 KB
477Physical Review Letters PRL 101, 217002-3 (2008)Ce3+ in CeFeAsO0.84F0.16.atma – 101 KB
475Physical Review B 71, 214441-5 (2005)Ce3+ in CeNi0.85Cu0.15Sn.atma – 201 KB
471Physical Review B 71, 214441-5 (2005)Ce3+ in CeRh0.8Pd0.2Sb.atma – 201 KB
469Physical Review B 71, 214441-5 (2005)Ce3+ in CeRh0.9Pd0.1Sb.atma – 201 KB
465Physical Review Volume 127, Number 15.09.1962, 2071Dy3+ in DyCl3.atma – 134 KB
461J.Phys.Condens. Matter 4 (1992) 8858Dy3+ in DyNi5.atma – 134 KB
459Physical Review Volume 127, Number 15.09.1962, 2071Dy3+ in ethyl sulfate.atma – 135 KB
457Physical Review Volume 127, Number 15.09.1962, 2071Dy3+ in LaCl3.atma – 134 KB
453B.F.Bogacz, A.T.Pedziwiatr, NUKLEONIKA 2013; 58(1), 32Er3+ in Er2Fe14B.atma – 137 KB
447Journal of Magnetism and Magnetic Materials 140-144 (1995) 1335Er3+ in ErBa2Cu3O7.atma – 138 KB
439Chechoslovak Journal of Physics, Vol.52 (2002), No.2, 284Er3+ in ErNi2B2C.atma – 136 KB
437J.Phys.Condens. Matter 4 (1992) 8858Er3+ in ErNi5.atma – 134 KB
435Physical Review B 65 014404-6Er3+ in ErNiAl.atma – 138 KB
429Physica B 312-313 (2002) 859Er3+ in ErRu2Si2.atma – 136 KB
427Physical Review Volume 127, Number 15.09.1962, 2071Er3+ in ethyl sulfate.atma – 134 KB
421Physical Review B, Volume 63, 172404-2Fe2+ in FeBr2.atma – 210 KB
411J.Phys.Condens. Matter 4 (1992) 8858Ho3+ in HoNi5.atma – 140 KB
403Physical Review Volume 127, Number 15.09.1962, 2071Nd3+ in NdCl3.atma – 111 KB
399Physical Review B 88, 214419-4 (2013)Nd3+ in NdFeAsO.atma – 224 KB
393J.Phys.Condens. Matter 4 (1992) 8858Nd3+ in NdNi5.atma – 111 KB
385R J Radwanski J.Phys.:Condens.Matter 8 (1996) 10469Np3+ in NpGa2.atma – 108 KB
382Physical Review Volume 127, Number 15.09.1962, 2071Pr3+ in ethyl sulfate.atma – 108 KB
378Physical Review Volume 127, Number 15.09.1962, 2071Pr3+ in LaCl3.atma – 108 KB
366Journal of Magnetism and Magnetic Materials 104-107 (1992) 1273Pr3+ in PrNi2Si2.atma – 108 KB
364J.Phys.Condens. Matter 4 (1992) 8858Pr3+ in PrNi5.atma – 108 KB
362Physical Review Volume 127, Number 15.09.1962, 2071Sm3+ in ethyl sulfate.atma – 100 KB
359IEEE Transactions in magnetics, vol. 32, no.5 1996 4748Sm3+ in Sm2Fe17C2.6.atma – 100 KB
350Chinese Physics Vol 15 No 9 1009-1963/2006/15(09)/2148Tb3+ in Tb2Fe17.atma – 121 KB
340Journal of Magnetism and Magnetic Materials 104-107 (1992) 1273Tb3+ in TbNi2Si2.atma – 123 KB
339J. Mulak, Z. Żołnierek; Pole krystaliczne w związkach lantanowców i aktynowców –
335Physical Review Volume 127, Number 15.09.1962 , 2071Tm3+ in ethyl sulfate.atma – 122 KB
325J.Phys.Condens. Matter 4 (1992) 8858Tm3+ in TmNi5.atma – 121 KB
319R.J. Radwanski Physics of heavy-fermion systems, 1995 s. 15U3+ in UGa2.atma – 111 KB
315Journal of Magnetism and Magnetic Materials 103 (1992) L2U4+ in URu2Si2.atma – 108 KB
311Journal of Alloys and Compounds 232 (1996) L6Yb3+ inYbCu2Si2.atma – 105 KB
