Increasing
energy needs worldwide have led to demand for devices that can detect presence
of radioactive materials. Scintillators are devices that emit light in the
presence of radioactive emissions. Glass scintillators are derived from lithium
or boron due to their greater neutron-catching capacity. In combination with
photodetectors, they can be used in detecting radiation. DAWN, a space probe
launched by NASA (The National Aeronautics and Space Administration) to study
Ceres uses glass scintillators in its Gamma Ray and Neutron Detector (GRaND) to
detect thermal neutrons.
Myriad Applications
Applications
of glass scintillators include oil and gas, neutron radiography, neutron
spectrometry, and radiation detection.
Nuclear Threat Detector: Recently, Sandia Laboratories developed organic glass
scintillators that can discern radiation at ports or borders. This is expected
to discourage terrorists and prevent national security threats by detecting
different types of radiation.
X-Ray: Medical imaging is essential in detecting hidden abnormalities or
maladies. The glass scintillator derived by BOROFLOAT glass can sustain effects
of radiation. The glass scintillator used in X-ray machines can illuminate
better outputs due to its high resistance to radiation. In addition, it can be
implemented in radiation-resistant windows in X-ray viewing rooms.
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Market Overview
The
worldwide glass scintillator market is anticipated to reach a valuation above
USD 27 million by 2025, according to a report published by Grand View Research,
Inc. Demand from the oil and gas and nuclear energy sectors is expected to
drive market growth over the forecast period (2014-2025). Measurement
techniques such as measurement-while-drilling (MWD) needed in shale gas
exploration activities use glass scintillators for accurate data. This can
positively impact market demand.
Emerging
economies such as South Korea that rely on nuclear power for energy are
expected to drive market sales during the forecast period. Shortage of helium
is also projected to play a major role in driving demand for lithium-based
scintillators.
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