Exact eigensolutions for axially symmetric paramagnetic ions of S = 1/2, I ⩾ 1/2 and I = 1/2, S ⩾ 1/2M.L. Matta; B.D. Sukheeja; M.L. Narchal · 1972

A THEORETICAL INVESTIGATION OF DEPTQ NMR SPECTROSCOPY FOR <i>I</i> <sub/><i>n</i> </sub><i>S</i> SPIN SYSTEM ( <i>I</i> =1/2, <i>S</i> =1/2)Özdogˇan, Telhat; Orbay, Metin · Spectroscopy Letters · 2002

catena-Poly{copper(I)-di-μ-bromo-copper(I)-2,3:2,4-[bis-μ-(1,4-oxathiane-S:S)]-[di-μ-bromo-dicopper(I)]-3,1:4,1-[bis-μ-(1,4-oxathiane-S:S)]}1982

Relativistic Hartree-Fock oscillator strengths for lowest np ² P <sub/>1/2,3/2</sub> to (n+1)s ² S <sub/>1/2</sub> and np ² P <sub/>1/2,3/2</sub> to nd ² D <sub/>3/2,5/2</sub> transitions in Ga I, In I and Tl I with allowance for core polarisationMigdalek, J; Baylis, W E · Journal of Physics B: Atomic and Molecular Physics · 1979

Lead-Free Piezoelectric Ceramics of <b> ( <i>B</i> <i>i</i> <sub/>1/2</sub><i>N</i> <i>a</i> <sub/>1/2</sub> ) <i>T</i> <i>i</i> <i>O</i> <sub/>3</sub> –1/2( <i>B</i> <i>i</i> <sub/>2</sub><i>O</i> <sub/>3</sub> · <i>S</i> <i>c</i> <sub/>2</sub><i>O</i> <sub/>3</sub> ) </b> SystemNagata, Hajime; Takenaka, Tadashi · Japanese Journal of Applied Physics · 1997

Assignments of Hyperfine Splittings by DFT Methods of Radicals Containing ³³ S (I = 3/2), ³¹ P(I <b>=</b> 1/2), and ²⁹ Si (I <b>=</b> 1/2) NucleiHermosilla, L.; Calle, P.; Sieiro, C. · Phosphorus, Sulfur, and Silicon and the Related Elements · 2005

Influence of atomic core polarisation on oscillator strengths for ² S <sub/>1/2</sub> - ² P <sub/>1/2,3/2</sub> and ² P <sub/>1/2,3/2</sub> - ² D <sub/>3/2,5/2</sub> transitions in Cu I, Ag I and Au I spectraMigdalek, J; Baylis, W E · Journal of Physics B: Atomic and Molecular Physics · 1978

Synthesis and Characterization of Tp ^{<i>i</i> Pr} MoO(S <sub/>2</sub> PR <sub/>2</sub> ) (R = Pr ^<i>i</i> , Ph, OEt, OPr ^<i>i</i> , (−)-Mentholate) and {HB(OMe)(Pr ^<i>i</i> pz) <sub/>2</sub> }MoO(S <sub/>2</sub> PPr ^<i>i</i><sub/>2</sub> ), Including Isomers of Known 1,2-Borotropically-Shifted ComplexesYoung, Charles G.; Malarek, Michael S.; Evans, David J.; Doonan, Christian J.; Ng, Victor Wee Lin; White, Jonathan M. · Inorganic Chemistry · 2009

Hydroxyl- versus amide-directed cyclopropanation from the allylic position in 1-hydroxy-4-N-acyl-cyclopentenes under modified Simmons-Smith conditionsPamela Russ; Abdallah Ezzitouni; Victor E. Marquez · 1997

Synthesis of (+-)-nuciferalBuechi, George; Wuest, Hans · The Journal of Organic Chemistry · 1969

Cross-Coupling ReactionsBolm, Carsten · The Journal of Organic Chemistry · 2012

Elements of stereoisomerism and prostereoismerismHirschmann, H.; Hanson, Kenneth R. · The Journal of Organic Chemistry · 1971

Deprotection of Sulfonyl AziridinesAlonso, Diego A.; Andersson, Pher G. · The Journal of Organic Chemistry · 1998

MastheadThe Journal of Organic Chemistry · 1965

Bromination of 3-phenylthiopheneGronowitz, Salo; Gjos, Nina; Kellogg, Richard M.; Wynberg, Hans · The Journal of Organic Chemistry · 1967

Alkaline decomposition of nitrosohydroxylamine derivativesFreeman, Jeremiah P.; Lillwitz, Lawrence D. · The Journal of Organic Chemistry · 1970

Notes - Styryl-Type DyesIto, Motoko; Matsumara, Konomu · The Journal of Organic Chemistry · 1958