|
|
 |
ISSN 961-91393-0-5
Individual price: |
$246.00 (Must be sent to your home address) |
|
You can order single issue or individual article.
To purchase a single issue or an individual article as well as to view
tables of contents and abstracts click on issue number.
|
|
Institutional price: |
$518.00 |
Volumes per year: |
various |
 Year 1997
|
|
632 pages
|
|
|
Volume price - $192.00
|
|
MONTE CARLO SIMULATION OF LIGHT SCATTERING BY INHOMOGENEOUS SPHERES
Gerhard Gobel
Department of Chemical Engineering, University of Bremen
Andreas Lippek
Department of Chemical Engineering, University of Bremen
Thomas Wriedt
University of Bremen, Faculty of Production, Department Process and Chemical Engineering
Klaus Bauckhage
Chemical Engineering Department, University of Bremen, Bremen, Germany
ABSTRACT
The light scattering properties of optically inhomogeneous spherical particles are studied by means of a phase resolved 3-dimensional Monte Carlo simulation. This is equivalent to a radiative transfer process in a participating medium with spherical boundaries. For zero concentration of inhomogenities we obtain the undisturbed scattering distribution of the coherent light with its size-dominated oscillating structure. With increasing optical depth of the scattering medium this interference structure is disturbed by multiple scattering within the particle and the corresponding loss of coherence. For large optical depth the Schoenberg result for a sphere with a Lambert surface is obtained.
Thus it is possible to quantify the influence of size and concentration of a fine dispersed phase inside a spherical droplet onto the light scattering properties of an inhomogeneous macroscopical particle. This is of importance for the application of various optical particle sizing techniques on media, that contain fine dispersed substances.
|
|
Login
Register
Home
Books
Journals
References
A-Z
Index
Author
Index
For
Our Authors
User Area
Shopping Cart
Contact
