E Field Intensities:
perfect mirrors v.s. lambda/400 deformations

Electric field intensities and profiles for perfect mirrors and imperfect mirrors .   

Imperfect mirrors pixels are randomly displaced by uniformly distrbuted random number between +D and -D where D=(carrier wavelength)/400 = 1.064nm/400=2.66nm.  All mirrors are deformed.

Schematic diagram of the interferometer explaining where the various field cross-sections "easymm_carr", "edual_carr", etc. are located.

top graph = perfect mirrors; bottom graph = imperfect mirrors

easymm_carr

[Graphics:Images/plotEFieldColorGridHTML_gr_1.gif]

edual_carr

[Graphics:Images/plotEFieldColorGridHTML_gr_2.gif]

eFPinr_carr

[Graphics:Images/plotEFieldColorGridHTML_gr_3.gif]

eFPint_carr

[Graphics:Images/plotEFieldColorGridHTML_gr_4.gif]

eins_carr

[Graphics:Images/plotEFieldColorGridHTML_gr_5.gif]

elas_ carr

[Graphics:Images/plotEFieldColorGridHTML_gr_6.gif]

eout_carr

[Graphics:Images/plotEFieldColorGridHTML_gr_7.gif]

eref_carr

[Graphics:Images/plotEFieldColorGridHTML_gr_8.gif]

esymm_carr

[Graphics:Images/plotEFieldColorGridHTML_gr_9.gif]

GWSB_100MHz_eout

[Graphics:Images/plotEFieldColorGridHTML_gr_10.gif]

GWSB_250Hz_eout

[Graphics:Images/plotEFieldColorGridHTML_gr_11.gif]

GWSB_Neg100Hz_eout

[Graphics:Images/plotEFieldColorGridHTML_gr_12.gif]

GWSB_Neg250Hz_eout

[Graphics:Images/plotEFieldColorGridHTML_gr_13.gif]

Converted by Mathematica      November 10, 2001