Comment by Chiara
Maieron, Italy: I find the Web to be similar to a big
chaotic town, with everybody yelling and being in a hurry, running after too many things.
Within this chaos, I think your pages are like a quiet, well groomed garden, or a
peaceful tea- or coffee-house, where one can enter, enjoy the quiet, and share, or in
my case mostly learn, something.
By calculations on the
client-side computer, EMID provides the users with plots and numerical data of
depth-dose curves, number-transmission curves and much more for plane-parallel
electron beams of energies mainly from 0.1 to 20 MeV in various materials. (A joint
product of IDEA and the Radiation Dynamics Group at Kharkov National University,
Ukraine.)
EDMULT
version 6.4, developed at IDEA in collaboration with Shanghai and Indiana
Universities, is available from Radiation Shielding Information Computational
Center (RSICC), Oak Ridge National Laboratory. Version 6.4 evaluates depth-dose
distributions produced by plane-parallel electron beams normally incident on one-
to six-layer slab absorbers. The algorithm of the code is based on an analytic
expression of the depth-dose curve in semi-infinite medium and a simple model of
electron penetration through a multilayer absorber.
Felicia Weiner, USA: This is truly one of the most absorbing
websites ever created. The range of topics is phenomenal, from the inner realms of
physics to the outer spaces of Switzerland; which is more breathtaking is impossible to
gauge.
