97 resultados para DY-3
Resumo:
BaF_2LnAlO_3(Ln=La,Gd,Y),LnAlO_3Ce~(3+),Tb~(3+),Dy~(3+)Ce-Tb,Ce-Dy,Ln,LnAlO_3,,
Resumo:
Dy~(3+),Sm~(3+)Ce~(3+)M_3La_2(BO_3)_4(M=Ca,Sr,Ba);Dy~(3+);Sm~(3+)Sm~(3+)Eu~(3+)4fDy~(3+),Sm~(3+)Ce~(3+)
Resumo:
MoSb_2O_5R_2O_3R'_2O_3Bi_2O_3Bi~(3+)ThorntonBa_2BiSbO_6Ba_2GdSbO_6EECEHKOM_2RSbO_6 (M = BaSrCa, R = La Y)M_2RSbO_6Sm~(3+)Eu~(3+)Dy~(3+)Ho~(3+)Er~(3+)Tm~(3+)Bi~(3+)Bi~(3+)X-M_2RSbO_6(M = BaSrR = LaYGdBi)Fm3mOhCa_2YSbO_6P_(21)M_2RSbO_6 (M = BaSrCa; R = GdYBi)Ba_2GdSbO_6Sb_2O_5M_2RSbO_6Sb_2O_3520 Sb_2O_5Eu~(3+)Ba_2YSbO_6:Eu~(3+)Br_2YSbO_6:Eu~(3+), Bi~(3+)254nmEu~(3+)595nmBi~(3+)325nmBi~(3+)Eu~(3+)Eu~(3+)595nmBi~(3+)Eu~(3+)Bi~(3+)~1S 3P_1Eu~(3+)~5D_0~5D_0 7F_1Eu~(3+)Sr_2YSbO_6:Eu~(3+)Sr_2YSbO_6:Eu~(3+), Bi~(3+)245nmEu~(3+)595nmBi~(3+)335nmBi~(3+)Eu~(3+)Ba_2YSbO_6:Eu~(3+)Ba_2YSbO_6:Eu~(3+), Bi~(3+)Eu~(3+)Ca_2YSbO_6:Eu~(3+)Ca_2YSbO_6:Eu~(3+), Bi~(3+)396nmEu~(3+)613nmBi~(3+)313nmBi~(3+)Eu~(3+)Bi~(3+)3P_1 ~1S_0400nmEu~(3+)~7F_0 ~5L_6396nm~5L_6~5D_0~7F_2Ca_2Y_(0.96)Eu_(0.04)SbO_6Eu~(3+)Eu~(3+)Fm3m Ba_2YSbO_6Sr_2YSbO_6Oh~5D_0 ~7F_1Eu~(3+)P_(21)~5D_0 ~7F_2M_2YSbO_6:R~(13+)(M = BaCa; R' = SmDyHoErTm)Sm~(3+)Dy~(3+)Ho~(3+)Bi~(3+)Ca_2YSbO_6:Bi~(3+)Bi~(3+)240nm~1S_0 ~1P_1315nm~1S_0 ~3P_1400nm~3P_1 ~1S_0
Resumo:
Eu~(3+),Dy~(3+)Bi~(3+)LaMSb_2O_7(M=Li,Na,K),LaNaSb_2O_7:Dy~(3+)Eu~(3+)Dy~(3+)281nm,Bi~(3+)Eu~(3+)
Resumo:
N_2-H_2M_2~ICO_3 + M_3~(II)(PO_4)_2 + M_2~(III)O_3 + (NH_4)_2HPO_4 + M~(II)F_2 M_x~IM_(10-2x)~(II)M_x~(III)(PO_4)_6F_2 + NH_3 + H_2OM~I = Li~+, Na~+, K~+; M~(II) = Ca~(2+), Sr~(2+); M~(III) = Y~(3+), La~(3+), Gd~(3+); X = 0.5, 1, 2, 3XEu~(3+)M_(10)~(II)(PO_4)_6F_2(Pb_3/m)ac9.416.89 AM~I, M~(II)M~(III)XCe~(3+)Na_2Ca_6La_2(PO_4)_6F_2Ce~(3+)Ce~(3+)-Mn~(2+), Ce~(3+)-Re~(3+) (Re~(3+) = Pr~(3+)Nd~(3+)Sm~(3+)Tb~(3+)Dy~(3+)Tm~(3+)Ho~(3+)Er~(3+))Ce~(3+)-Mn~(2+)-Re~(3+) (Re~(3+) = Dy~(3+), Nd~(3+))Na_2Ca_6La_2(PO_4)_6F_2:Ce~(3+)338358nm~2D-~2F_(5/2)~2D-~2F_(1/2)~2D-~2F_(6/2)~2D-~2F_(7/2)Ce~(3+)F~-Ce~(3+)-Ce~(3+)Ce~(3+)Mn~(2+)Ce~(3+)Re~(3+)A. Ce~(3+)-Sm~(3+)Tb~(3+)Dy~(3+)Tm~(3+)BCe~(3+)-Nd~(3+)Pr~(3+)C. Ce~(3+)-Ho~(3+), Er~(3+)ABCe~(3+)(_T)_A > (_T)_BCe~(3+)-Ho~(3+)Ce~(3+)-Er~(3+)Ho~(3+)Er~(3+)Ce~(3+)Ce~(3+)-Mn~(2+)-Re~(3+)Ce~(3+)Mn~(2+)Re~(3+)Ce~(3+)-Mn~(2+)-Re~(3+)Ce~(3+)-Mn~(2+)Ce~(3+)-Re~(3+)Ce~(3+)-Mn~(2+)-Re~(3+)M. YokataCe~(3+)Ce~(3+)-Mn~(2+)Ce~(3+)-ReCe~(3+)-Mn~(2+))-Re~(3+)Ce~(3+)Ce~(3+)Ce~(3+)(_f, _R)
Resumo:
Reaction of anhydrous lanthanide trichlorides with tetrahydrofurfuryl indenyl lithium in THF afforded bis(tetrahydrofurfurylindenyl) lanthanocene chlorides complexes (C4H7OCH2C9H6)(2) LnCl, Ln = Nd (1), Sm (2), Dy (3), Ho (4), Er (5), Yb (6). The X-ray crystallographic structures of all the six complexes were determined and these indicate that they are unsolvated nine-coordinate monomeric complexes with a trans arrangement of both the sidearm and indenyl rings in the solid state. They belong to the same crystal system (orthorhombic) and space group (P2(1)2(1)2(1)) with the same structure. Especially, they are more stable to air and moisture than the corresponding unsubstituted indenyl lanthanide complexes.
Resumo:
Cathaya argyrophyllaRAPD82DNA 1. 10181586DNA8s0.0022s0.0027DYs0.0026s0.0027BMs0.0014s0.0018DLYCAMOVA20.059.37FSTFST0.294FST =0.131-0.319Nm=1.2 2 2nad1nad4200923DLBMYCDY3GST=1.044200912847NST (0.138)GST (0.134)2009mismatch distribution 3. 2009cad64200960cad2TTC80DYYC71693.395.2%91.3% 4 44DL(BM)(YC)(DY) 4
Resumo:
A novel heavy-metal chalcogenide glass doped with a high dysprosium ion (Dy(3+)) concentration was prepared by the well-established melt-quenching technique from high-purity elements. The results show that when Cadmium (Cd) is introduced into chalcogenide glass, the concentration of Dy(3+) ions doped in GeGaCdS glasses is markedly increased, the thermodynamic performance improves, and the difference between T(g) and T(x) is >120 degrees C. The Vickers microhardness is also modified greatly, about 245 kgf/mm(2). The optical spectra indicate that all absorption and emission bands of Dy(3+) are clearly observed and red-shifted with increasing Dy(3+) concentration.
Resumo:
Ca_4RO(BO_3)_3(R:)1PbO, PbF_2B_2O_3Gd_2O_3, CaCO_3, H_3BO_3GdCOB2 Ca_4GdO(BO_3)_3: Eu~(3+),Sm~(3+)Ca_4GdO(BO_3)_3Eu~(3+) 611nmGd~(3+)Gd~(3+)-Gd~(3+)Eu~(3+)Sm~(3+)Eu~(3+)3 M_4LnO(BO_3)_3: Dy~(3+)(M=Ca, Sr, Ba;Ln=La, Gd, Y, Yb, Lu)Dy~(3+)Dy~(3+)Ca~(2+)Sr~(2+)Ba~(2+)La~(3+)Gd~(3+)Yb~(3+)Lu~(3+), Dy~(3+)~4F_(9/2)~6H_(13/2)4 Ca_4YO(BO_3)_3:Tb~(3+), Ce~(3+)Tb~(3+)Ce~(3+)Tb~(3+)Ce~(3+)Tb~(3+)
Resumo:
ABLa(PO_4)_2900 LaPO_4RE~(3+)(RE = Ce,Tb,Dy)ABLa(PO_4)_2Ce~(3+)Tb~(3+)Rc(dd)ABLa(PO_4)_2Ce~(3+)Tb~(3+)Ce~(3+)Ce~(3+)Ce~(3+)Tb~(3+)LaPO_4Ce~(3+) Ce~(3+)Ce~(3+) Tb~(3+)Ce~(3+) Ce~(3+)ABLa(PO_4)_2:Ce,TbTb~(3+)ABLa(PO_4)_2Ce~(3+)Ce~(3+)-Tb~(3+)Ce~(3+)-Dy~(3+)ABLa(PO_4)_2:CeTbCe~(3+)Tb~(3+)B_2O_3Dy~(3+)SiO_2NH_4ClCe~(3+)Tb~(3+)0.20.50.080.2B_2O_3Dy~(3+)SiO_2NH_4Cl
Resumo:
?? ? ? 0CCN~+20 mol20 mol - Eu~(3+)Dy~(3+)(2.O * 1O~(-3)2.0 * l0~(-4)2.0 * 10~(-5)2.0 * 10~(-8) mo1/L)180HH_2O -3Trp-3Trp-158Trp-237Trp-3Trp-158 -Ca~(2+)DNADNADNADNADNADNADNA1Eu~(3+)Dy~(3+)Pr~(3+)Lu~(3+)Ca~(2+)Mg~(2+)DNAP0_2~-2Ni~(2+)Zn~(2+)DNAN7DNAB3Cu~(2+)DNAN7DNADNAB4Ce~(3+)ATDNAATBDNA - 5DNACe~(2+)> Cu~(2+)>Ni~(2+)Zn~(2+)> Eu~(3+)Dy~(3+)Pr~(3+)Lu~(3+)Ca~(2+)Mg~(2+)
Resumo:
PDP(),VUV,VUV,VUV.,.:1.VUV.2.f-d,.3.Ce<'3+>,Tb<'3+>.4.Dy<'3+>Dy<'3+>f-d.5.LaPO<,4>ABLa(PO<,4>)<,2>(A=K,Na;B=Mg,Zn),Ce<'3+>5f-d,Tb<'3+>5f-d,CeTbVUV.6.f-d.7.VUV,,.8.Eu<'3+>ce<'3+>,La<,2>CaB<,10>O<,19>Ca<'2+>La<'3+>,.9.,,,.10.UVEu<'3+>,Y<,2>O<,3>:Eu,Y<,2>O<,3>.
Resumo:
LSVNd~(3+)Dy~(3+)Kcl-NaClMo, Fe, PtNdFeDy~(3+)DyAl-DyNd~(3+)Mo0.8NdNd~(3+)FeNdFeNdFeX-Nd_2FeNd~(3+)NdNdFeNdFeNdNd1Nd~(3+)n0.550.65NdFeNdCl_3-KclNaCl-LiFLiFNdNdNaNdNd750800 750760 1013/~2NdCl_330%(wt)56%LSVDy~(3+)MoDy~(3+)MoDy~(3+) + 3e = DyDy~(3+)DLgD = 1.65 - 7376/T 0.34NdDyDy~(3+)MoLSVDy~(3+)PtFeDy~(3+)Pt1Dy~(3+)PtDy~(3+) + e = Dy~(2+) Dy~(2+) + 2e = DyDy~(3+)FeDy800 FeFeDyFe900 DyAl-DyDyLgD = 5.81 - 10662/T 0.51(700850 )204.1 kJ/moleDyAl-Dy
Resumo:
1942WeissimanEu-TTA_3SmTTA_3Eu_TTA_3S_m-TTA_3 EuTTA_39400SmTTA_321EuSmEuSmEu~(3+)Tb~(3+)Dy~(3+)TTADBMPhenAAESalEu~(3+)Sm~(3+)Tb~(3+)Py~(3+)PHTTADBMEuSmPhenSml:TbDyPhenAAEPhenTbEuSmDyEuSmTbDy11Eu,TbDySmTb > Eu > Sm > DyEu. Sm-TTATb. Dy-Sal-: Eu. Sm-TTA(Phen)Tb. Dy-Sal(Phen)Eu. Sm-TTAPhenTbDy-SalPhenEu.Sm-TTATbDy-Sal 11TbDy-sal30DyTb100DyRb[Sal]_3MPF4
Resumo:
LnMsbO_6Ln_2M_2O_7 (M = Zr, Ti)LnMsbO_6Ln_2M_2O_7(M = Zr, Ti, Ln = La - Yb, YCePm)x-rayLnZrsbO_6x-rayEu~(3+)LnMsbO_6Ln_2M_2O_7Ln_2M_2O_7Z/(d~2) (Zd)Z/(d~2)Ln_2M_2O_7(M = Zr, Ti)LnMsbO_6(M = Zr, Ti)Ln_2M_2O_7(M = Zr, Ti)LnMsbO_6Ln_2M_2O_7Van VleckEu~(3+)Eu~(3+)Ln_2M_2O_7Ln~(3+)D_(3d)~5D_0 ~7F_2610nmEu~(3+)~5D_0 ~7F_1590nmEu~(3+)~5D_0 ~7F_2La~(3+)La_2Ti_2O_7:EuEu~(3+)~5D_0~7F_0La~(3+)LnZrsbO_6:EuEu~(3+)~5D_13~5D_1Ln_2Zr_2O_7LnZrsbO_6Eu~(3+)Bi~(3+)Eu~(3+)Y_2M_2O_7:Bi, BuBi~(3+)Eu~(3+)YMsbO_6:Bi, EuEu~(3+)La~(3+)HoefdraadDy~(3+)LnMsbO_6Ln_2M_2O_7Dy~(3+)~4F_(9/2) ~6H_(15/2)(480nm)~4F_(9/2) ~6H_(13/2)(580nm)RR1Dy~(3+)Ln_2Zr_2O_7LnZrsbO_6 (Ln = Y, Gd, La)Dy~(3+)Eu~(3+)Y_2M_2O_7YMsbO_6 (M = Zr, Ti)Sm~(3+)Sm~(3+)Y_2Ti_2O_7D_(3d)Y~(3+)~4G_(5/2) ~6H_(9/2) (650nm)YZrsbO_6H_0~(3+)Er~(3+)Eu~(3+)Dy~(3+)Y_2Zr_2O_7:EuLa_2Zr_2O_7:EuLn_2Zr_2O_7:Dy (Ln = La, Y)Ln_2Zr_2O_7:Eu
