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Journal Article

Harikumar, KR and Vinod, CP and Kulkarni, GU and Rao, CNR (1999) Facile C-O bond scission in alcohols on Zn surfaces. In: Journal of Physcial Chemistry B, 103 (13). pp. 2445-2452.

Harikumar, KR and Rao, CNR (1999) Role of oxygen transients in the facile scission of C-O bonds of alcohols on Zn surfaces. In: Chemical Communications (4). 341-342 .

Satishkumar, BC and Govindaraj, A and Harikumar, KR and Zhang, Jin-Ping and Cheetham, AK and Rao, CNR (1999) Boron-carbon nanotubes from the pyrolysis of $C_{2}H_{2}-B_{2}H_{6}$ mixtures. In: Chemical Physics Letters, 300 (3-4). pp. 473-477.

Sen, Rahul and Satishkumar, BC and Govindaraj, A and Harikumar, KR and Raina, Gargi and Zhang, Jin-Ping and Cheetham, AK and Rao, CNR (1998) B-C-N, C-N and B-N nanotubes produced by the pyrolysis of precursor molecules over Co catalysts. In: Chemical Physics Letters, 287 (5-6). pp. 671-676.

Harikumar, KR and Rao, CNR (1998) Interaction of CO with Cu/ZnO catalyst surfaces prepared in situ in the electron spectrometer: evidence for CO2- and related species relevant to methanol synthesis. In: Applied Surface Science, 125 (02). pp. 245-249.

Sen, Rahul and Satishkumar, BC and Govindaraj, S and Harikumar, KR and Renganathan, MK and Rao, CNR (1997) Nitrogen-containing carbon nanotubes. In: Journal of Materials Chemistry, 7 (12). pp. 2335-2337.

Harikumar, KR and Ghosh, S and Rao, CNR (1997) X-ray photoelectron spectroscopic investigations of Cu-Ni, Au-Ag, Ni-Pd, and Cu-Pd bimetallic clusters. In: Journal of Physical Chemistry A, The, 101 (4). pp. 536-540.

Harikumar, KR and Rao, CNR (1997) Oxidation of methanol on the surfaces of model Cu/ZnO catalysts containing Cu1+ and Cu-0 species. In: Catalysis Letters, 47 (4). pp. 265-271.

Harikumar, KR and Santra, AK (1996) A comparative study of the interaction of CO with Cu and Cu-Zn alloy clusters. In: Solid State Communications, 99 (6). pp. 403-406.

Harikumar, KR and Santra, AK and Rao, CNR (1996) An investigation of the Cu/ZnO/Zn system: evidence for the formation of Cu-Zn alloys by the inward diffusion of Cu. In: Applied Surface Science, 93 (2). pp. 135-141.