고상반응법으로 $SrCl_2:Eu^{2+}$ 형광체를 제작하고, 제작한 형광체의 광자극발광과 광발광 특성을 조사하였다. $SrCl_2:Eu^{2+}$ 형광체의 광발광 및 광자극발광은 $Eu^{2+}$의 $5d{ ightarrow}4f$ 천이에 기인되었으며, 355 nm의 광으로 여기시켰을 때 광자극발광과 광발광 스펙트럼의 파장범위는 모두 $380{sim}440;nm$이었고, 피이크 파장은 407 nm이었다. $SrCl_2:Eu^{2+}$ 형광체의 선량의존성은 $2.5;mGy{sim}200;mGy$ 영역에서 우수한 선형성을 나타내었으며, 상온에서 광자극발광의 fading은 20분에 60%이었다.
$SrCl_2:Eu^{2+}$ phosphors were prepared by the solid phase reaction method, and their photostimulated luminescence(PSL) and photoluminescence(PL) characteristics were investigated. The PSL and PL peak of the $SrCl_2:Eu^{2+}$ phosphors are due to the $5d{ ightarrow}4f$ transition of $Eu^{2+}$ ions in phosphors. The PSL and PL spectrum obtained by the 355nm excitation was observed in $380{sim}440;nm$ region with the peak at 407 nm. The dose response of the PSL phosphors were linear within $2.5;mGy{sim}200;mGy$ of 100 kV X-ray. The fading of the phosphors at room temperature was approximately 60% after 20 min.
