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Thermal effect of pumping intensity on the active medium of a neodymium:glass microlaser

机译:泵浦强度对钕:玻璃微激光器活性介质的热效应

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We theoretically investigated the influence of pumping intensity radiation on the active medium of a neodymium:glass microlaser. The pumping radiation in the neodymium:glass microlaser causes heating of the active medium to the softening temperature. The time necessary for the heating is estimated; it changes from fractions of nanoseconds to hundreds of microseconds. When the radius of the neodymium:glass microparticle is larger than 40-50 mu m, its heating by pumping radiation can lead to breakage of the lasing inside the microparticle. (C) 1997 Optical Society of America.
机译:我们从理论上研究了泵浦强度辐射对钕:玻璃微激光器活性介质的影响。钕:玻璃微激光器中的泵浦辐射会导致活性介质加热到软化温度。估计加热所需的时间;它的变化范围从几分之一秒到几百微秒。当钕:玻璃微粒的半径大于40-50μm时,其通过泵浦辐射加热会导致微粒内部的激光破裂。 (C)1997年美国眼镜学会。

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