1. XiaoYing Guo;, Iqbal, W.; Qiang Chang; Xiaohu Li, "Understanding the impact of H2 diffusion energy on the formation efficiency of H2 on the interstellar dust grain surface", Research in Astronomy and Astrophysics, in press, 2024.
2. Iqbal, W; Xiaohu Li; Juan Tuo; Ryszard Szczerba; et al. "Exploring Sulfur Chemistry in TMC-1 with NSRT", Chinese Physics Letters, 41,029501, 2024.
3. Suman, K.M.; Iqbal, W.; Prasanta, G.; Bratati, B.; Wakelam, V.; Das, A., "Investigating the hot molecular core, G10.47+0.03, a pit of nitrogen-bearing complex organic molecules", A&A, 669, A71, 2023.
4. Gavino, S.; Dutrey, A.; Wakelam, V.; Guilloteau, S.; Kobus, J.; Wolf, S.; Iqbal, W.; Di Folco, E.; Chapillon, E.; Piétu, V., " Impact of size-dependent grain temperature on gas-grain chemistry in protoplanetary disks: The case of low-mass star disks", A&A, Volume 654, id. A65, 39 pp, 2021.
5. Wakelam, V.; Iqbal, W.; Melisse, J. -P.; Gratier, P.; Ruaud, M.; Bonnell, I., "Influence of galactic arm scale dynamics on the molecular composition of the cold and dense ISM III. Elemental depletion and shortcomings of the current physico-chemical models", MNRAS, 497, 2, pp.2309-2319, 2020.
6. Wakelam, V.; Chapillon, E.; Dutrey, A.; Guilloteau, S.; Iqbal, W.; Coutens, A.; Majumdar, L., "Protoplanetary discs: sensitivity of the chemical composition to various model parameters", MNRAS, 484, 2, p.1563-1573, 2019.
7. Iqbal, W.; Wakelam, V.; Gratier, P., "Statistical study of uncertainties in the diffusion rate of species on interstellar ice and its impact on chemical model predictions", A&A, Volume 620, id. A109, 13 pp, December 2018.
8. Iqbal, W.; Wakelam, V., "Nautilus multi-grain model: Importance of cosmic-ray-induced desorption in determining the chemical abundances in the ISM", A&A, Volume 615, id. A20, 16 pp, July 2018.