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Sood, AK and Ghosh, Shankar and Kumar, N (2005) Flow driven electronic transport in carbon nan otubes. In: International Conference on Nanoscience and Technology, DEC 17-20, 2003, Culcutta, pp. 839-848.
Ghosh, Shankar and Kamaraju, N and Seto, M and Fujimori, A and Takeda, Y and Ishiwata, S and Kawasaki, S and Azuma, M and Takano, M and Sood, AK (2005) Raman scattering in $CaFeO_{3}$ and $La_{0.33}Sr_{0.67}FeO_{3}$ across the charge-disproportionation phase transition. In: Physical Review B, 71 (24).
Ghosh, Shankar and Gadagkar, Vikram and Sood, AK (2005) Strains induced in carbon nanotubes due to the presence of ions: Ab initio restricted Hatree-Fock calculations. In: Chemical Physics Letters, 406 (1-3). pp. 10-14.
Sood, AK and Ghosh, Shankar (2004) Direct Generation of voltageand current by gas flow over Carbon nanotubes and semiconductors. In: Physical Review Letters, 93 (8). 086601/1-12.
Ghosh, Shankar and Sood, AK and Kumar, N (2003) Carbon Nanotube Flow Sensors. In: Science, 299 (5609). pp. 1042-1044.
Ghosh, Shankar and Teredesai, Pallavi V and Sood, AK (2002) Electrochemical tuning and mechanical resilience of single-wall carbon nanotubes. In: Pure and Applied Chemistry, 74 (9). 1719-1730 .
Ghosh, Shankar and Sood, AK and Rao, CNR (2002) Electrochemical tuning of band structure of single-walled carbon nanotubes probed by in situ resonance Raman scattering. In: Journal of Applied Physics, 92 (2). pp. 1165-1167.
Sood, Ajay Kumar and Ghosh, Shankar (2004) Methods for measurement of gas flow velocity, methods for energy conversion using gas flow over solid material, and device therefor. Patent Number(s) WO 2004070324 A1. Patent Assignee(s) Indian Institute of Science.
Sood, Ajay Kumar and Ghosh, Shankar (2004) Carbon nanotube flow sensor device and method. Patent Number(s) US 6718834 B1. Patent Assignee(s) Indian Institute of Science.
