PLEASE WAIT
Sarah Oppenheimer
R&D
S-011110
S-010100
S-337473
S-281913
P-02
P-01
S-399390
33-D
W-120301
D-33
MF-142
P-41
610-3365
P-21 x P-41
VP-41
622-3367
637-2356
HR
554-5251
552-1251
Texts
Biography
Contact
Light
Models investigate
light
diffusion
and
reflection
across the
glass
plane at Rice Gallery.
Models investigate
reflection
and transparency across a
glass
plane.
Models investigate
reflection
and transparency across a
glass
plane.
Models are viewed under different
light
conditions.
Light
model compare
reflective
glass
coating.
D-33
Diagram to determine relative
light
temperature
in each of the six adjacent rooms.
D-33
Full scale mock up of
light
levels across
framed
aperture.
D-33
Light
gels are used to shift
kelvin value
.
D-33
Light
model studies the
temperature
of white
light
in six discrete rooms.
D-33
A
light
study indicates the
light
temperature
in one of the six gallery rooms.
D-33
D-33
Light
model studies the
temperature
of white
light
in six discrete rooms.
W-120301
33-D
33-D
33-D
33-D
33-D
33-D
![Light model compare [reflective:reflection] glass coating.](/image_columns/0000/0931/cogsci_r_d_model_phys_093_208.jpg?1345565369)
![Full scale mock up of light levels across [framed:frame] aperture.](/image_columns/0000/1252/r_d_ppow_model_phys_165_117.jpg?1345565394)
![Light gels are used to shift [kelvin value:temperature].](/image_columns/0000/1255/ppow_r_d_model_phys_071_208.jpg?1345565395)
