| X-Rays have been in use as a medical
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| | to create the right strength laser beam
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| imaging technique since 1895 when Wilhelm
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| | for this application was so enormous that
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| Roentgen found that he was able to make
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| | it was unrealistic to even try.
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| photos of body structures like tissues
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| | Nevertheless, due to new technology,
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| and bones by putting electromagnetic
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| | researchers at the University of Colorado
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| waves through the body. He named the
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| | in Boulder have created a way to make
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| project ?X? because he did not initially
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| | powerful laser beams from a reasonably
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| know the composition of the ?rays?.
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| | sized source of power. This makes laser
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| X-Rays have been the building block upon
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| | X-Ray technology a reachable reality.
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| which medical imaging technology and
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| | The research team used a laser beam to
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| medical imaging equipment have been made.
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| | send out atoms from argon. Argon is a
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| Although the X-Ray (or radiograph) has
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| | stable chemical element. The ejection of
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| been a fundamental tool for medical
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| | X-Rays was too weak to be useful. The
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| imaging, this approach has always had the
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| | group then hurled the atoms right back at
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| down side that the photos created are not
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| | the argon which made a bigger, more
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| exact, which makes it so it requires very
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| | smooth stream of X-Rays of sufficient
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| careful examination and interpretation.
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| | size to be of use. This ?boomerang?
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| Scientists have long searched for a way
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| | method is now being manipulated to
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| to enhance the quality of radiographic
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| | generate a highly regular, very powerful
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| images.
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| | source of X-Rays, coupled with laser
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| Recent breakthroughs in the growth of
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| | beams.
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| laser X-Ray's have led to advancements
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| | The method is not yet ready for use in
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| that have the potential to change the
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| | the medical field. Further studying is
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| quality of radiographic images. The light
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| | necessary to expand the method into the
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| generated by a laser would be very
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| | hard X-Ray area of the electromagnetic
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| bright, so bright it could make distinct
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| | spectrum. Once that task has been
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| and strong contrasts on radiographic
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| | accomplished, the commercial laser X-Ray
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| images. Furthermore, grouping the candle
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| | will follow.
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| power of a laser beam with X-Rays can
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| | NOTE: Use of this article requires links
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| improve photos by a factor of around one
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| | to be intact. Author Jesse Fisher
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| thousand. Medical imaging that could make
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| | loves writing articles for his clients
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| the picture that much better might give
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| | which includes Transamerican Medical, a
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| us the resources to find abnormalities
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| | business that buys and sells Philips
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| and cancers that you can not detect right
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| | Medical equipment and parts. See also
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| now with our technology.
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| | Imaging Centers online directory.
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| Until recently, the power source required
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|
