Authors: PANDEY G SEKHAR BBVS

Citation: G. Pandey et Bbvs. Sekhar, ENYNE CYCLIZATION BY PHOTOINDUCED ELECTRON-TRANSFER (PET) PROMOTED IN-SITU GENERATED ELECTROPHILIC SELENIUM SPECIES - A NEW CARBOCYCLISATION STRATEGY, Tetrahedron, 51(5), 1995, pp. 1483-1494

Authors: PANDEY G SEKHAR BBVS

Citation: G. Pandey et Bbvs. Sekhar, PHOTOINDUCED ELECTRON-TRANSFER INITIATED ACTIVATION OF ORGANOSELENIUMSUBSTRATES AS CARBOCATION EQUIVALENTS - SEQUENTIAL ONE-POT SELENYLATION AND DESELENYLATION REACTION, Journal of organic chemistry, 59(24), 1994, pp. 7367-7372

Authors: PANDEY G SEKHAR BBVS

Citation: G. Pandey et Bbvs. Sekhar, ENYNE CYCLIZATION VIA PHOTOINDUCED ELECTRON-TRANSFER (PET) GENERATED ELECTROPHILIC SELENIUM SPECIES - A NEW CARBON-CARBON BOND FORMATION STRATEGY, Journal of the Chemical Society, Chemical Communications, (9), 1993, pp. 780-782

Authors: PANDEY G RAO KSSP SEKHAR BBVS

Citation: G. Pandey et al., PHOTOSENSITIZED ONE-ELECTRON REDUCTIVE CLEAVAGE OF A CARBON SELENIUM BOND - A NOVEL CHEMOSELECTIVE DESELENENYLATION AND PHENYLSELENENYL GROUP-TRANSFER RADICAL-CHAIN REACTION, Journal of the Chemical Society, Chemical Communications, (21), 1993, pp. 1636-1638