Citation: Ra. Widenhoefer et Sl. Buchwald, ELECTRONIC DEPENDENCE OF C-O REDUCTIVE ELIMINATION FROM PALLADIUM (ARYL)NEOPENTOXIDE COMPLEXES, Journal of the American Chemical Society, 120(26), 1998, pp. 6504-6511
Citation: Ra. Widenhoefer et Ma. Decarli, TANDEM CYCLIZATION HYDROSILYLATION OF FUNCTIONALIZED 1,6-DIENES CATALYZED BY A CATIONIC PALLADIUM COMPLEX/, Journal of the American Chemical Society, 120(15), 1998, pp. 3805-3806
Citation: Ha. Zhong et Ra. Widenhoefer, KINETICS AND MECHANISM OF THE FORMATION OF PALLADIUM BIS(BENZYLAMINE)COMPLEXES FROM REACTION OF BENZYLAMINE WITH PALLADIUM TRI-O-TOLYLPHOSPHINE MONO(AMINE) COMPLEXES, Inorganic chemistry, 36(12), 1997, pp. 2610-2616
Citation: Ra. Widenhoefer et al., DIRECT OBSERVATION OF C-O REDUCTIVE ELIMINATION FROM PALLADIUM ARYL ALKOXIDE COMPLEXES TO FORM ARYL ETHERS, Journal of the American Chemical Society, 119(29), 1997, pp. 6787-6795
Citation: Ra. Widenhoefer et Sl. Buchwald, FORMATION OF PALLADIUM BIS(AMINE) COMPLEXES FROM REACTION OF AMINE WITH PALLADIUM TRIS(O-TOLYL)PHOSPHINE MONO(AMINE) COMPLEXES, Organometallics, 15(16), 1996, pp. 3534-3542
Citation: Ra. Widenhoefer et al., SYNTHESIS AND SOLUTION STRUCTURE OF PALLADIUM TRIS(O-TOLYL)PHOSPHINE MONO(AMINE) COMPLEXES, Organometallics, 15(12), 1996, pp. 2745-2754
Citation: Ra. Widenhoefer et Sl. Buchwald, HALIDE AND AMINE INFLUENCE IN THE EQUILIBRIUM FORMATION OF PALLADIUM TRIS (O-TOLYL)PHOSPHINE MONO(AMINE) COMPLEXES FROM PALLADIUM ARYL HALIDE DIMERS, Organometallics, 15(12), 1996, pp. 2755-2763
Citation: Cp. Casey et al., REACTION OF CP-ASTERISK-CO-3(3)(MU(3)-CCH3)(MU-3-H) WITH (TRIMETHYLSILYL)DIAZOMETHANE AND ETHYL DIAZOACETATE - FACILE HYDROGEN-TRANSFER FARMS THE DIAZENIDE CLUSTERS K-CO-3(3)(MU(3)-CCH3)(MU(3)-ETA(1)-NNCH(2)SIME(3)) AND K-CO-3(3)(MU(3)-CCH3)(MU(3)-ETA(1)-NNCH2CO2CH2CH3), Inorganic chemistry, 34(8), 1995, pp. 2258-2262
Citation: Cp. Casey et al., REACTIONS OF CP(3)(ASTERISK)CO(3)(MU(2)-H)(3)(MU(3)-H) WITH CARBON-DIOXIDE, CARBON-DISULFIDE, AND PHENYL ISOCYANATE, Inorganic chemistry, 34(5), 1995, pp. 1138-1144
Citation: Cp. Casey et al., KINETICS AND MECHANISM OF THE FORMATION OF THE BIS(ETHYLIDYNE) TRICOBALT CLUSTER CP-ASTERISK(3)CO(3)(MU(3)-CCH3)2 FROM REACTION OF ACETYLENE WITH CP-ASTERISK(3)CO(3)(MU(2)-H)(3)(MU(3)-H), Journal of the American Chemical Society, 117(16), 1995, pp. 4607-4622
Authors:
CASEY CP
WIDENHOEFER RA
HALLENBECK SL
HAYASHI RK
POWELL DR
SMITH GW
Citation: Cp. Casey et al., X-RAY CRYSTAL-STRUCTURES OF 2 (ETHYLIDYNE)TRICOBALT CLUSTERS - THERMOLYSIS OF CP-ASTERISK-CO(H2C=CH2)2 PRODUCES CP-ASTERISK-3CO3(MU(3)-CCH3)(MU(3)-H), NOT CP-ASTERISK-3CO3(MU(3)-CCH3)2, Organometallics, 13(4), 1994, pp. 1521-1524
Authors:
CASEY CP
WIDENHOEFER RA
HALLENBECK SL
HAYASHI RK
GAVNEY JA
Citation: Cp. Casey et al., SYNTHESES, X-RAY CRYSTAL-STRUCTURES, AND FLUXIONAL BEHAVIOR OF THE CLUSTERS CP-ASTERISK-CO-3(3)(MU(2)-CO)(MU(3)-CO)(MU-H)(2), STERISK-CO-3(3)(MU(2)-H)(MU(3)-ETA(2)-HC=NCME(3)), AND RISK-3CO3(MU(2)-H)(MU(3)-ETA(2)-HC=NCME(2)CH(2)ME), Organometallics, 13(12), 1994, pp. 4720-4731
Authors:
CASEY CP
WIDENHOEFER RA
HALLENBECK SL
HAYASHI RK
Citation: Cp. Casey et al., SYNTHESES AND X-RAY CRYSTAL-STRUCTURES OF THE TRICOBALT MONO(ETHYLIDYNE) CLUSTERS CP-ASTERISK-3CO3(MU-3-CCH3)(MU-3-CO)(MU-2-H), CP-ASTERISK-3CO3(MU-3-CCH3)(MU-3-CNCME3)(MU-2-H), AND CP-ASTERISK-3CO3(MU-3-CCH3)(MU-3-NO), Inorganic chemistry, 33(12), 1994, pp. 2639-2644
Citation: Cp. Casey et al., CONVERSION OF ACETYLENE TO A TRIPLE BRIDGED ETHYLIDYNE LIGAND ON THE CLUSTER CP-ASTERISK-3CO3(MU(2)-H)3(MU(3)-H), Organometallics, 12(10), 1993, pp. 3788-3789
Authors:
CASEY CP
WIDENHOEFER RA
HALLENBECK SL
GAVNEY JA
Citation: Cp. Casey et al., REACTION OF CO AND TERT-BUTYL ISOCYANIDE WITH THE CLUSTER [(C5ME5)3CO3(MU(2)-H)3(MU(3)-H)] - FACILE HYDROGEN-TRANSFER TO ISOCYANIDE FORMS [(C5ME5)3CO3(MU-H)(MU(3)-ETA-2-HC=NCME3)], Journal of the Chemical Society, Chemical Communications, (22), 1993, pp. 1692-1694
Citation: Cp. Casey et al., REACTION OF NO WITH CP-ASTERISK-3CO3(MU-H)4 PRESERVES THE TRICOBALT CLUSTER AND PRODUCES CP-ASTERISK-3CO3(MU-3-NO)2, Inorganica Chimica Acta, 212(1-2), 1993, pp. 81-85