Atomic and Molecular Physics
Quantum Electronics
Laser Physics and Spectroscopy
Sensors and Actuators
List
of Projects
Offered by:
Hossein
Golnabi
Professor of Physics
- Optical
properties of carbon nanotubes.
- Physical
properties of carbon nanotubes.
- Electrical
transport through carbon nanotubes.
- Electromechanical
properties of carbon nanotubes.
- Electron
spectroscopy studies of carbon nanotubes.
- Electronic
properties, junctions, and defects in carbon nanotubes.
- Nanotubes
growth methods and optimization.
- Macroscopic
modeling for carbon nanotubes growth.
- Lip-lip
interaction models for carbon nanotubes growth.
- Developing
the MTO formalism for electronic structure studies.
- Atomic
approximations for electronic structure of solids.
- A
full-potential LMTO method based on smooth Hankel functions for structure
studies.
- Using a
full-potential LMTO for computing total energy and forces in solids.
- Nanosensors
and nanoactuators
- Design and
optimization of optical systems using proper software.
- Semiclassical
and quantum mechanical computations using software or writing programs.
- Optimization
of laser and dye laser systems.
- Design and
optimization of optical cavities and laser systems.
- Design and
optimization of high power laser systems.
- Computation
of thermal lensing in laser medium.
- Computation
of temperature distributions in optical elements and in other heating
processes.
- Spectral
analysis of materials in different phases.
- Efficient
application of laser systems in different fields.
- Optimization
of optical detectors.
- Optical fiber
sensors
- Capacitive
sensors
- Absorption and
transmission measurements.
- Divergence and
power measurements
- Design and
construction of electronics for signal processing.
- Laser scanners
and optical scanning devices.
- Design and
operation of optical fiber modulators.
- Design and
operation of electro-optical devices.
- Optimization
of laser and dye laser systems.
- Laser
spectroscopy of materials.
|
- Optical fiber
sensors
- Capacitive
sensors
- Absorption and
transmission studies by spectrometers.
- Divergence and
power analysis.
- Design and
optimization of electronic devices for signal processing.
- Optical Laser
scanners.
- Design and
test of optical components and systems.
- Design and
analysis of electro-optical systems.
- Spectral
analysis of materials in different phases.
- Role of laser
systems in different applications.
- Intensity
distribution and signal processing by double and quad position sensitive
detectors.
-
Design
and operation of a chemical sensor based on the intensity modulation for
alcohol detection.
-
Investigation of the chemical and electrical parameters of different liquid
samples.
-
Investigation of oxygen sensing based on the oxidation process in different
dye solutions.
-
LIF
and PLIF comparison for the fluorescence spectrum of the Rhodamin and
Resorufin dyes.
-
Optimization of the Carbon nanotube synthesis by the chemical methods.Design
and operation of the chemical sensors for different gas sensing.
-
Microstructured
polymer optical fibers compared to conventional plastic optical fiber (POF).
-
Investigation of the conductive polymer materials for the capacitance
construction.
Institute of Water and Energy
Sharif
University of Technology
P. O. Box 11155-8639, Tehran, Iran
Tel: +9821
66164126, +9821 66164657
Fax: +98 21
66012983,+9821 66005118
E-mail: golnabi@sharif.edu, dr. golnabi@gmail.com
Web Site: sina.sharif.ir/~golnabi