Badimela Upendra

Mr.Badimela Upendra

Scientist B, Hydrological Processes (HyP) 

Email : This email address is being protected from spambots. You need JavaScript enabled to view it.

Phone(Off) :0471-2511700

Phone(Res) :+91-8277467910

Fax : 0471-2442280

 

Education:

M.Sc. : 2010, Chemistry (Physics), IIT – Madras, Chennai -600036
B.Sc. : 2007, B.Sc.,( M.P.C), Sri Venkateswra University, Tirupati – 517502, AndhraPradesh

Professional career:

Feb,2016 - present Scientist B, National Centre for Earth Science Studies
Aug,2013 - June, 2015 CAT- Trainee Scientist, Indian Institute of Tropical Meteorology (IITM), Pune – 411008, Maharashtra
August,2010 - July,2012 Institute Project Fellow, Department of Chemistry, IIT – Madras, Chennai - 411008

Research Interests:

  1. Regional Air quality studies in changing climate and it’s impacts on troposphere: Monitoring of tropospheric trace gases, in-situ observations and regional climate.
  2. Understanding the bio-geo chemical changes which are due to complex hydrological processes within the river basin under the scenarios of climate change, land use land cover change and water, agricultural and industrial practices or any other perturbation
  3. Experimental studies relevant to Atmospheric chemistry to measure very low (ppt/ppb) and the absorption coefficient of an atmospheric constituent such as the Cavity Ring Down Spectroscopy (CRDS) and Laser Induced Fluorescence (LIF) and also the combustion processes such as the shock tube method.

Achievements & Awards:

Qualified for CSIR – JRF Chemical Sciences in 2011, All India Rank 69
Qualified for CSIR – NET Chemical Sciences in 2012, All Indian Rank 48
Qualified for GATE – 2013, Chemistry, All Indian Rank 39

Publications:

  1. Reaction of OH radical Atmospheric oxidation of (E)-2-pentenal: the ab- initio and transition state theory calculations.B. Upendra, D. S. Lakshmi Prasanna and B. Rajakumar, Current Science, 102 (2012), 460 -469.
  2. Kinetic parameters of abstraction reactions; Atmospheric reactions of OH radical with ethylene, fluoroethylene, cis- and trans-1,2-difluoroethylene and l,1-difluoroethylene, in the temperature range of 200--400 K: GAUSSIAN-3/B3LYP theory. Mohamad Akbar Ali, B. Upendra, B. Rajakumar, Chemical Physics Letters, 511 (2011), 440--446.
  3. Understanding the unusual diurnal variability of tropospheric column NO2 over extremely high emitting point source in India: Satellite observations and regional chemical transport model simulations: 2015, Communicated to Journal of Atmospheric Environment. B. Upendra, and Sachin D. Ghude; IITM – Pune – 2015 thesis.