| Energy policies and the greenhouse effect: A study of national differences M Grubb, S Rayner, A Tanabe, J Russell, M Ledic, A Mathur, P Brackley Energy policy 19 (10), 911-917, 1991 | 24 | 1991 |
| The greenhouse effect in India: Vast opportunities and constraints A Mathur Energy Policies and the Greenhouse Effect, The Royal Institute of …, 1991 | 7 | 1991 |
| Development and deployment of renewable energy technologies in India: a technology policy perspective. A Mathur | 6 | 1997 |
| Policies to promote environmentally cleaner technologies for power generation A Mathur, S Hasan, P Dadhich Journal of Environmental Studies and Policy 1 (2), 61-68, 1998 | 1 | 1998 |
| Greening Post COVID-19 Economic Recovery in India S Kedia, R Sinha, R Pandey, S Bhattacharjya, JD Syiemlieh, ... | | 2020 |
| Renewable energy technologies as AIJ [Activities Implemented Jointly] investments: opportunities and issues A Mathur | | 1998 |
| Energy Use in India: Implications of Constrained Greenhouse Gas Emissions A Mathur Global Energy Strategies: Living with Restricted Greenhouse Gas Emissions …, 1993 | | 1993 |
| Strategies to sustain energy efficiency enhancement in India A Mathur Report on global warming and associated impacts, 1992 | | 1992 |
| Tissue culture: biochemical mutants and crop improvement AJ Mathur, R Pandey Botanica 31, 1981 | | 1981 |
| Pelvic lymph node dosages in intracavitary radiation treatment of carcinoma cervix.[/sup 60/Co, Ra isotopes] OP Trehon, RP Pandey, PS Negi, AS Mathur Indian J. Med. Res.;(India) 63 (6), 1975 | | 1975 |
| Capacity building for technology transfer Capacity building for technology transfer Capacity building for technology transfer Capacity building for technology transfer Capacity … A Mathur | | |
| Capacity building for technology transfer1 A Mathur | | |
