Документ взят из кэша поисковой машины. Адрес оригинального документа : http://xmm.vilspa.esa.es/scisim/release/latest/data/esim/mos_surface.dat.v2_0_1 Дата изменения: Wed Jan 12 13:48:05 2005 Дата индексирования: Sat Dec 22 15:36:04 2007 Кодировка: Поисковые слова: star

#------------------------------------------------------------------------------
# $Id: mos_surface.dat.v2_0_1,v 1.1 1998/06/11 12:36:35 jbakker Exp $
# author : J.Bakker
# description : defines the passive front/back surface of a pixel that a
# photon must traverse before it hits the collection area
# comments : the help documentation:
# on-line: $SCISIM_DIR/esim/doc/html/esim.html
# postscript: $SCISIM_DIR/esim/doc/esim.ps
#-
# modifications:
# ver. date author description
# 1.0 05-11-97 J.Bakker first release
# 1.1 04-12-97 J.Bakker module changes (data not affected)
# 2.0 19-03-97 J.Bakker major changes & renamed module to obj_surface
# 2.1 24-03-97 J.Bakker module changes (data not affected)
# 2.2 08-04-97 J.Bakker module changes (data not affected)
# 2.3 13-11-97 J.Bakker Voltage changes as suggested by Igor Zayer
#+
#------------------------------------------------------------------------------
begin

surfaces begin
PixelGateSurfaces begin
begin
x0 0
y0 0
x1 6
y1 40
dV 9 #volt
stacked_layers begin
begin
z0 0.000
z1 0.085
material oxide
end
begin
z0 0.085
z1 0.170
material nitride
end
begin
z0 0.170
z1 0.670
material silicon
end
begin
z0 0.670
z1 2.070
material oxide
end
end
end
begin
x0 6.
y0 0.
x1 12.
y1 40.
dV 3.5 #volt
stacked_layers begin
begin
z0 0.000
z1 0.085
material oxide
end
begin
z0 0.085
z1 0.170
material nitride
end
begin
z0 0.170
z1 0.670
material silicon
end
begin
z0 0.670
z1 1.770
material oxide
end
end
end
begin
x0 12.
y0 0.
x1 17.
y1 40.
dV 3.5 #volt
stacked_layers begin
begin
z0 0.000
z1 0.085
material oxide
end
begin
z0 0.085
z1 0.170
material nitride
end
begin
z0 0.170
z1 0.670
material silicon
end
begin
z0 0.670
z1 1.470
material oxide
end
end
end
begin
x0 17.
y0 0.
x1 40.
y1 40.
dV 1.5 #volt
stacked_layers begin
begin
z0 0.000
z1 0.020
material oxide
end
end
end
end

end

end