Nonreciprocal optical devices are essential for laser protection, modern optical
communication and quantum information processing by enforcing one-way light …

Terbium gallium garnet (TGG–Tb 3 Ga 5 O 12) single crystal was optically characterized
using the multi-sample and multi-instrument method across a wide spectral range with the …

摘要兼具高峰值功率和高脉冲能量两大特征的皮秒拍瓦激光与物质相互作用的物理效果跟脉冲
信噪比, 聚焦功率密度和时空调控精度等关键因素直接相关. 深入研究了这三大因素相应的受限 …

Presented here is an affordable Faraday isolator designed to account for conditions of high
pulse energy and high total power lasers, with a clear input aperture allowing beam …

Coenhancement of optical transmission and the Faraday effect are always the goals to
pursue for photoelectric devices, while the current research almost concentrated on the …

Thermally induced depolarization is known to be the principal factor limiting the usage of
Faraday devices in laser radiation with high average power. In a number of practically …

We report on a multi-slab Yb: YAG nanosecond laser Bivoj/Dipole. Operation up to 146J at
10Hz was demonstrated. Thermally-induced anisotropy was reduced from> 30% to 3 …

The optical isolator functions to inhibit the backward reflection of light from objects to the
laser system subjected to laser irradiation, thereby facilitating the consistent performance of …

The Faraday isolator is typically used to prevent unwanted back-propagation of radiation in
complex laser systems. At high-average-power laser radiation, the isolation degree of such …

A Faraday isolator is a kind of optical isolator, ie, a device which transmits light in a certain
direction while blocking light in the opposite direction. Faraday isolators are based on …