-
agriculture or snow cover.
Another source of
error present in most
interferograms is
caused by the
propagation of the
waves through the atmosphere. If...
-
finding the
point of
maximum intensity in the
interferogram. When a
sample is
present the
background interferogram is
modulated by the
presence of absorption...
- In physics,
interference is a
phenomenon in
which two
coherent waves are
combined by
adding their intensities or
displacements with due
consideration for...
-
analysis of the
intensity variations in an
interferogram is
thrown away. Finally, with
static interferograms,
additional information is
needed to determine...
- used by Perkin-Elmer to
figure the mirror, as well as by
analyzing interferograms obtained during ground testing of the mirror.
Because of the way the...
-
aliased and phase-reversed. When
using other methods,
including the
interferogram, sinusoid, and the edge in the ISO 12233 target, it is
possible to compute...
-
component analysis of
digital holograms reconstructed from
digitized interferograms acquired at
rates beyond ~1000
frames per
second reveals surface waves...
-
reference beam is
shifted from one
sampled interferogram to the next. From a
linear combination of
these interferograms, complex-valued
holograms are formed...
-
generation and
measurement of
complex interference patterns.
These interferograms are
accurately reproduced, or predicted, by the N-slit interferometric...
-
artefacts from
interferograms:
Stacking has been one of the
helpful strategies for
reducing the
tropospheric artefacts from
interferograms. The stacking...
