Subsections
[Cr:4, Lc:3, Tt:0, Lb:1]
- Introduction:
- What is aerosol, Major particle types in the troposphere,
Size distribution, formation, transport and removal of atmospheric aerosol
particles, Climate effect of aerosol particles, Effect of aerosol
particles on the hydrological cycle, Health effects of tropospheric
aerosol.
- Principles of aerosol measurements:
- Historical aspects, Bridging Science
and Applications in Aerosol Measurements, Aerosol Fundamentals, Gas and
Particle Motion, Physical and Chemical Changes in the Participate Phase,
Size distribution Characteristics of Aerosols.
- Measurement Techniques:
- Sampling for off-line Analysis of Aerosols: Filter
Collection, Inertial, Gravitational, Centrifugal, Electrostatic and
Thermal Collection Techniques, Off-line techniques: Chemical Analysis
Methods of Atmospheric Aerosol Components, Analysis of individual
Particles and surface properties, On-line techniques: Real time single
particle analysis, dynamic mass and surface area measurements, Size
distributions measurements and size separation techniques, optical
properties, quantifying the effect of on the hydrological cycle cloud
condensation nuclei and ice nuclei, real time measurements of biological
particles.
- Applications:
- Nonspherical particle measurements: Shape factors different
diameter definitions fractals and fibres, Aerosol measurements in the
workplace, Ambient aerosol sampling, Indoor Aerosols, Aerosol measurements
from an Aircraft, Radioactive Aerosol, Personal exposure assessment,
Aerosol measurements in the defence sector
- Pramod Kulkarni, Paul Baron, E. Willeke, Aerosol Measurements: Principles,
Techniques, Applications and Significance
- Friedlander, Smoke Dust and Haze fundamentals of Aerosol
Dynamics
- William Hinds, Aerosol technology
- Seinfeld & Pandis, Atmospheric Chemistry and Physics
