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a. Professional preparations :
Amrit Science Campus Kathmandu, Nepal Chemistry B. Sc. Street Address
Tribhuvan University Kathmandu, Nepal Chemistry M. Sc. Street Address
Baylor University Waco, TX Physical Chemistry Ph.D.
b. Appointments :
Teaching Assistant at Baylor University TX, USA 2012- present
Head of the Department of Chemistry at Nobel Academy Nepal 2010-2012
Instructor at Thribhuvan University/Ambition Academy Nepal 2006-2012
c. Products:
Candidate's Name ; Helena Diez-y-Riega, David Camejo, and Carlos E. Manzanares* Cavity
ring-down absorption of O2 in air as a temperature sensor in an open and Cryogenic optical cavity,
Applied spectroscopy 2016, DOI PHONE NUMBER AVAILABLE567
Candidate's Name ; Helena Diez-y-Riega, David Camejo, and Carlos E. Manzanares* Non-linear
thermal lens signal of the ( =6) C-H vibrational overtone of C6H6 in liquid solutions of n-C6H14 and
CCl4, Appl. Phys. B (2016) 122:152, DOI 10.1007/sPHONE NUMBER AVAILABLE
Candidate's Name ; Helena Diez-y-Riega, David Camejo, and Carlos E. Manzanares*
Determination of solubility of unsaturated hydrocarbons in liquid argon with Fourier Transform
Infrared (FTIR ) spectroscopic technique ( About to submission)
Candidate's Name and Carlos E. Manzanares* Experimental determination of optical saturation
on Thermal lens (TL) signal of benzene and its derivatives at room temperature (Manuscript under
preparation)
Candidate's Name , Marlon Daiz, Ann Barton and Carlos E. Manzanares* High resolution cavity
enhance spectroscopy of ( = 2) C-H vibrational overtone transition of methyl-acetylene at
cryogenic temperature ( Manuscript under preparation)
d. Technical skills (both experimental and simulations):
High resolution cavity enhances spectroscopy (CES) and phase shift cavity ring
down spectroscopy (PS-CRDS) with tunable diode laser in infrared (IR) Spectral
region
Designing and implementing of cavity enhance spectroscopy for the study of high resolution
spectroscopy of gas phase organic molecules at room temperature
High resolution cavity ring-down spectroscopy (CRDS) of unsaturated hydrocarbons by using
tunable diode laser at cryogenic temperatures and assignment of fine rotational transitions ( K-
transition)
Phase Shift Cavity Ring-Down Spectroscopy (PS-CRDS):
Design of the highly sensitive phase-shift cavity ring-down spectrometer (PS-CRDS) with optical
path length in the range of kilometer and applied for the absorption spectroscopy of various
environmental molecules with very weak transitions.
Development of PS- CRDS spectrum of oxygen in air as an optical temperature sensor for flowing
gas at cryogenic to very high temperatures.
Vibrational spectroscopy ( = 0-6) of saturated and unsaturated hydrocarbons in gas phase with PS-
CRDS technique.
Thermal Lens Spectroscopy (TLS):
Designed and constructed dual beam (pump-probe) thermal lens spectroscopy for the study of
vibrational overtone transition of the organic molecules at very low concentration (0.01%) sample
solutions.
Simultaneous measurements of fluorescence and non-radiative energy loss thermal lens (TL) signal of
various aromatic hydrocarbons by two color two photon (pump-probe) excitation in TLS technique.
Fourier Transform Infrared Spectroscopy (FTIR):
Vibrational spectroscopy of various saturated and unsaturated hydrocarbons, which might be present
on the atmosphere and surfaces of outer planets and their moons.
Designing and performing of the laboratory experiments which simulate the conditions of Titan
(Saturns moon). Determination of solubility of the several organic compounds in various cryogenic
liquids (Argon, Xeon, etc.)
Determination of spectroscopic features of various atmospheric molecules from the study of
vibrational overtone and fundamental transitions.
Ultraviolet and Visible Absorption Photometer (UV-Vis):
Extensive use of UV-Vis spectrophotometer to study the electronic transitions of various organic
molecules.
Observation of optical features of several optics like; mirrors, filters
Experienced with Optical instruments:
Nd: YAG (Coherent Verdi) laser
Ti-Sapphire laser
Argon ions lasers
Continuous wave (cw) coherent dye laser and its optical alignment
Various kinds of Optical filters
Fiber Optics
Amplifiers, preamplifiers, Lock-in amplifiers and function generator
Photonic detectors in several spectral regions
Oscilloscope
Cryo-spectroscopy:
Spectroscopy with cryogenic liquids like; liquid nitrogen, liquid argon, liquid Xeon etc.
Experience on ultra-high vacuum system including several types of vacuum pumps and gauges
Experience on different cryostats and temperature sensors
e. Programming Skills:
LabVIEW: Expertise on creating of Vis and Sub-Vis for the instrumental communications ,data
acquisition and analysis
MATLAB: For the spectral data plotting, interpretations and statistical analysis
PGOPHER: For the spectral simulations of molecules.
OMNIC: For generating the FTIR data, background correction, increase on signal to noise ratio,
integration of the band as well as deconvolution of the signal.
f. Synergistic Activities:
Candidate's Name and Carlos E. Manzanares Cavity ring-down absorption of O2 in air
as a temperature sensor in an open and Cryogenic optical cavity, Poster Presentation at
2014 American Chemical Society Southwest Regional Meeting in Fort Worth, TX USA,
2014.
Candidate's Name ; Helena Diez-y- Riega, David Camejo, and Carlos E. Manzanares
Determination of solubility Unsaturated Hydrocarbons at Cryogenic Temperatures, Poster
Presentation at 45th American Chemical Society Southwest Regional Meeting in Waco, TX,
2013.
Candidate's Name ; Helena Diez-y- Riega, David Camejo, and Carlos E. Manzanares* Non-linear
thermal lens signal of the ( =6) C-H vibrational overtone of C6H6 in liquid solutions of n-C6H14
,ISMS-2016 Urbana-Champaign.
g. References:
Carlos E. Manzanares, Ph. D.: Professor, Dept. of Chemistry and Biochemistry Baylor University, Waco,
TX
Email: EMAIL AVAILABLE, Phone: PHONE NUMBER AVAILABLE
Darrin J. Bellert, Ph.D.: Professor, Dept. of Chemistry and Biochemistry Baylor University, Waco, TX
Email: EMAIL AVAILABLE, Phone: PHONE NUMBER AVAILABLE
Kevin L. Shuford, Ph. D.: Department of Chemistry and Biochemistry Baylor University, Waco, TX
Email: EMAIL AVAILABLE, Phone: PHONE NUMBER AVAILABLE
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