References
- Sorlk Scientific Science;Colossal Magnetoresistande, Charge Ordering and Related Properites of Manganese Oxides Jin, S.;Tiefel, T. H.;McConmack, M.;Fastnacht, R. A.;Ramesh, R.;Chen, L. H.;Rao, C. N.. R.(ed.);Raveau, B.(ed.)
- Nature v.395 Kobayashi, K. I.;Kimura, T.;Sawada, H.;Terakura, K.;Tokura, Y.
- J. Appl. Phys.;J. Appl. Phys. Mahia, J.lVazquez, C.;Mira, J.;Lopz-Quintela, A.;Rivas, J.;Jones, T. E.;Oseroff, S. B.;Yuan, C. L.;Wang, S. G.;Song, W. H.;Yu, T.;Dai, J. M.;Ye, S. L.;Sun, Y. P.
- Chem. Lett.;Molecular Phys. Reports, in press Chae, H. K.;Hwang, C.;Dong, Y.;Yun, H.;Jang, H. G.;Kim, Y. J.;Park, B. J.;Lee, B. W.;Hwang, C. S.;Choi, C. H.;Chae, H. K.;Kim, C. S.
- Inorg. Synth. v.12 Larson, M. L.;Moore, F. W.
-
Addition of the mixture of brown
$Mo(O)Cl_3$ (1.00g, 4.58 mmol) in 100mL of methanol to the colorless solution if$ K_3[(OCH_2CH_2)_3N$ (1.20g, 4.77mmol) in 50mL of methanol gave orange crystals of complex 1(2.20g, 1.26mmol) with 27.5% yield based on molybdenum. IR(Kbr Pellet, TEX>$cm^{-1} $0:3433(br),2933(w), 1632(br), 1030(w), 970(s), 717(m), 681(m), 550(m), 519(m), 494(m), 464(w), Anal Found: C, 1176: H, 3.49: Cl, 4.61. Calc. for$C-16H_58O-33Cl_2Mo_8 $ :C, 12.00;H, 3.66:Cl, 4.43. Pink rod-shape crystals of$ Mo_8(O)_(μ_3-O)_4(μ_2-O)_4(μ_3OCH_3)_2(μ-OCH_3)_4Cl(HOCH_3)_4 · 6(CH_3OH)] were anayzed at 208±1 K : triclinic, space group P(-1) with a=7.8373(4) Å, b=10.1107(5) Å, c=15,0384(7) , α=92.9500(10)°, β=98.4170(10)°, γ=92.2460(10)°, V=11.75.94(10) Å3. Z=1. $d_calcd=2.261 g/㎤, μ_a(Mo Kα)=2.263 mm^{-1}$ , gokness of fit on F²=1.000, R=0.0351 andR_w=0.0884$ - John Wiley & Sons. In progress In Inorganic Chemistryl Pope, M. T.;Lippard, S.T.(ed.);Khan, M. I.;Zubieta, J.;Karlin, K. D.(ed.)
- J. Chem. Soc. Calton Trans; Inorg. CHem. Limberg, C.;Parson, S.;Downs, A. J.;Wakin, D. J.;Blake, A. J.;Boese, F.;Schiemenz, B.;Buchner, M.;Walter, O.
- Polyhedron v.15 Cano, M.;Campo, J. A.;Heras, J. V.;Pinilla, E.
- J. Chem. Soc. Dalton Trans. Beaver, J. A.;Crew, M. G. B.
- Inorg. Chem. v.21 Deltcheff, C. R.;Rhoub\venot, R.;Fouassier, M.
- J. Mater. Chem. v.8 Kim, Y.;Chae, H. K.;Lee, K. S.;Lee, W. I.
- The definition of the manitude of MR : MR=Δρ/ρ=(0)[ρ(H) - ρ(0)]/ρ(0) where ρ(0) is the zero fisistivity and ρ(H) is th resistivity under magnetic field