R. Yildirim / Natural Science 3 (2011) 889-894
Copyright © 2011 SciRes. OPEN ACCESS
893
893
deterioration is a physical one instead of a chemical
without changing the wavelength. At this stage, the
mathematical and physical model of this situation is
trying to be constructed.
3. CONCLUSIONS
This experimental study has been performed at atmos-
pheric pressure, room temperature, and no electric field,
magnetic field and polarization under laboratory condi-
tions. The semiconductor laser as a source of green and
red laser diode is used. The reason for the use of dif-
ferent laser sources was to see the effect of different
wavelength lasers. Made of transparent glass lenses used
in the experiment. There are no special-purpose optical
filtering properties. During the trial, a different laser
sources, for example, gas, liquid, free-electron, semicon-
ductor, solid, paint or any laser light from the laser
source is available.
The laser beam is chosen to be the better time for
compliance is preferred, according to other natural lights
in the experiment. Ideally, as the source of the use of
single-mode laser may be better.
The lights that are obtained from the natural sources
can bend. However, natural or derived from sources other
than laser-guided-wave format, such as the introduction
of laser light and the beam diameter must be adjusted.
These conditions are provided; the normal bending of
light can also be performed.
The properties of the lens that is used in experimental
study as follows:
Transparency should be theoretically 100%. Color as
a transparent glass or transparent features of the re-
fractive index close to the glass may be selected as other
materials. In the case of color, used to absorb the energy
of the laser beam wavelength and optical power, wea-
kening the color should not be selected. If the optical
filter is required it should be done before bending. In
addition, the strong laser beam and temperature resistant
to withstand the feature not to be. Not change the lens
gets hot property. The quality of the lens surface
roughness of the laser light is at least 4
, or optics to
be used or is higher than 20
should be preferred.
Other measures should be commensurate with the
wavelength of the laser used in the lens.
The lens must be on the body or bodies’ carrier that
are made by transparent glass. This body can also be
used as part of the lens stalk as a stabilizer during
assembly. Fit for purpose as part of the lens body in
different ways. Stem and part of the quality of the lens
body, the lens in any way affect the work function. How-
ever, during installation will cause excessive stretching
and squeezing the lens part of the homogeneous stru-
cture of the lens is broken. Therefore, this situation
should be considered during installation. The quality or
accuracy of the surface is sufficient for the purpose of
this section.
Intensity distribution of laser light is bent due to some
technical reasons related to our work continues to
change.
Fields of the applications are optical systems, opto-
electronics, wireless optical communications, laser systems,
aerospace, medical, industrial, aerospace, military areas,
and optical measuring instruments.
In this study, the division of laser light and to make
further comments in relation to bending and is thought to
be too early to state your opinions. However, subject to
the physical description and mathematical model to
facilitate analysis of many experiments and observations
suggest that there is need. We think this behavior is not
linear laser. In this study the characteristic behavior of
laser light known also think that’s added a new feature.
In this experiment, only the results obtained from the
scientific community have made the determination we
have opened the discussion with the share issue. Scientists
that are interested in the issue of all the necessary
support, suggestions and criticisms are waiting.
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