Details Research Publication of Dr. Kamal Uddin Ahamad

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Research Publication (23)

  • 1.B Bhagowati, B Talukdar, BK Narzary, KU Ahamad, Prediction of lake eutrophication using ANN and ANFIS by artificial simulation of lake ecosystem, Modeling Earth Systems and Environment, 8 (4), 5289-5304, 2022, 8 (4), 5289-5304, Click Here (DOI)
  • 2.Dhananjay Tripathi, Kamal Uddin Ahamad, Diego Ríos-Pérez, DK Tiwari, Ana V Coria Téllez, Estimation of Elemental Pollution in Freshwater Sediment Of Lerma River Using EDS and FRX Techniques (Assessment of Lerma River Bed Sediments Using EDS and FRX Techniques), Microscopy and Microanalysis, 28 (S1) 1578-1582, 2022, 28 (S1) 1578-1582, Click Here (DOI)
  • 3.D Hatiboruah, B Talukdar, KU Ahamad, P Nath, Dual Mode Smartphone Based Sensing for Accurate Estimation of Sulphate and Chloride in Water., IEEE Sensors Journal, 21(17), 19314 – 19321, 2021, 21(17), 19314 – 19321, Click Here (DOI)
  • 4.BK Narzary, KU Ahamad, Estimation of Equivalent Modulus of Fine-Grained Subgrade Soil from Numerical Model, Journal of Transportation Engineering, Part B: Pavements (ASCE), 147 (1), 04020084, 2020, 147 (1), 04020084, Click Here (DOI)
  • 5.BK Narzary, KU Ahamad, Equivalent Modulus for Fine-Grained Subgrade Soil, Journal of Transportation Engineering, Part B: Pavements (ASCE), 146 (2), 04020004, 2020, 146 (2), 04020004, Click Here (DOI)
  • 6.D Hatiboruah, T Das, N Chamuah, D Rabha, B Talukdar, U Bora, KU Ahamad, P Nath, Estimation of trace-mercury concentration in water using a smartphone, Measurement, 154, 107507, 2020, 154, 107507, Click Here (DOI)
  • 7.BK Narzary and KU Ahamad, Estimating elastic modulus of California bearing ratio test sample using finite element model, Construction and building materials, 175, 601-609, 2018, 175, 601-609, Click Here (DOI)
  • 8.B Bhagowati and KU Ahamad, A review on lake eutrophication dynamics and recent developments in lake modeling, Ecohydrology & Hydrobiology, , 2018, 3.215, Click Here (DOI)
  • 9.I Hussain, AJ Bora, D Sarma, KU Ahamad and P Nath, Design of a Smartphone Platform Compact Optical System Operational Both in Visible and Near Infrared Spectral Regime, IEEE Sensors Journal, 18 (12), 4933 - 4939, 2018, 18 (12), 4933 - 4939, Click Here (DOI)
  • 10.KU Ahamad, R Singh, I Baruah, H Choudhury and MR Sharma, Equilibrium and Kinetics Modeling of Fluoride Adsorption onto Activated Alumina, Alum and Brick Powder, Groundwater for Sustainable Development, 2018., , 2018, , Click Here (DOI)
  • 11.KU Ahamad, N Singh and A Das, Evaluation of generation of electricity from wastewater using microbial fuel cell , International Journal of Renewable Energy Technology 8 (3-4), 183-197, 2017, , 2017, , Click Here (DOI)
  • 12.I Hussain, KU Ahamad and P Nath, Low-cost, robust and field portable smartphone platform photometric sensor for fluoride level detection in drinking water., Analytical Chemistry, 89 (1), 767-775, 2017, 6.785 , Click Here (DOI)
  • 13.Hussain, M Das, KU Ahamad and P Nath , water salinity detection using a smartphone., Sensors and Actuators B: Chemical, 239, 1042-1050, 2017, , 2016, 7.460 , Click Here (DOI)
  • 14.I Hussain, KU Ahamad and P Nath, Water turbidity sensing using a smartphone., RSC Advances, 6, 22374-22382, 2016, 3.36, Click Here (DOI)
  • 15.K. U. Ahamad, D. B. Sonowal, V. Kumar, N. Nikhil and N. Medhi., Study on the impact of pre-sedimentation and consequently optimization of alum dose in water treatment process, Water Practice & Technology, 9(3), 417-429, 2014, 0.558, Click Here (DOI)
  • 16.K. U. Ahamad and M. Jawed. , Breakthrough Studies with Mono- , Binary- and Ternary-Metal Ion Systems Comprising of Fe(II), F− and As(III) using River Sand Packed Columns for Groundwater Treatment. , Water and Health, 11.2; 224-243, 2013, 1.349 , Click Here (DOI)
  • 17.K. U. Ahamad and M. Jawed. , Breakthrough Studies with Mono- and Binary-Metal Ion Systems Comprising of Fe(II) and As(III) using Community Prepared Wooden Charcoal Packed Columns, Desalination, 285; 345-351, 2012, 9.501 , Click Here (DOI)
  • 18.K. U. Ahamad and M. Jawed, Potential of Community Prepared Wooden Charcoal of Assam (India) for As(III) Removal through Batch and Continuous Column Studies., Journal of Water, Sanitation and Hygiene for Development, 02.2; 95-102, 2011, 1.250, Click Here (DOI)
  • 19.K. U. Ahamad and M. Jawed, Breakthrough Column Studies for Iron(II) Removal from Water by Wooden Charcoal and Sand: A Low-Cost Approach., International Journal of Environmental Research, 5(11); 127-138, 2011, 1.488, Click Here (DOI)
  • 20.K. U. Ahamad and M. Jawed., Kinetics, equilibrium and breakthrough studies for Fe(II) removal by wooden charcoal: A low-cost adsorbent. , Desalination, 251, 137-145, 2010, 9.501 , Click Here (DOI)
  • 21.K. U. Ahamad and M. Jawed, Evaluation of Media Used in Indigenous Household Iron Filter Units of Rural and SemiUrban Assam, India., Journal of Environmental Science and Engineering, 49-4, 241-246, 2007, 0.68, Click Here (DOI)
  • 22.K. U. Ahamad and M. Jawed, Adsorptive capacity of Wooden Charcoal Used in Indigenous Household Iron Filters of Assam (India)., International Journal of Chemical Sciences, 5(4), 1623-1633, 2007, 1.6 , Click Here (DOI)
  • 23.K. U. Ahamad and M. Jawed, Role of Wooden Charcoal in Indigenous Household Iron Filters used in Assam (India)., Asian Journal of Water, Environment and Pollution, 5-3, 23-28, 2006, 0.71, Click Here (DOI)