Nov 1, 2018 · Ge–As–Se glasses show better optical and thermal stability than As 2 Se 3 due to the addition of Ge. The laser damage threshold for 80GeSe 2 -20As 2 Se 3 glasses are more than 1.6 times higher than the sizes of As 2 Se 3 glass.

Oct 1, 1981 · GeAsSe crystallizes in an orthorhombic layer structure with a = 5.062(1), b = 10.117(2), c = 11.687(3) A ̊, Z = 8; space group Pnna (Nr. 52). The structure derives from that of red HgI 2 , distorted in such a way as to form the anion — …

Sep 1, 2022 · Here we systematically explore the effect of As doping on the structural, bonding, and dynamics properties of a-GeAsSe using ab initio molecular dynamics simulations. The results reveal that As atoms form strong bonds with both Ge and Se atoms.

Explore the - crystalline lattice structure of GeAsSe with lattice parameters, 3d interactive image of unit cell, cif file, lattice constants & more.

Mar 29, 2007 · Increasing germanium and decreasing selenium content can reduce both the mean bond energies and optical band gap energies, enhancing the photo-sensitivity of the glasses.

Prompted by the recent passion for researching two-dimensional materials, we investigate again the long-forgotten layered semiconductor material GeAsSe. A small cleavage energy (0.18 J m-2) and...

Mar 9, 2022 · This work reports trends for the electronic band edge, the transmission window, infrared active structural signatures, and ultra-high measurement density of the real refractive index from their...

Geass (ギアス Giasu) is the supernatural ability and key term in the multiverse of Code Geass, where certain people can bestow upon others. C.C. is the most prominent character who grants the power of Geass. The Geass manifests differently in each individual, possibly related to their inner desires and personality.

Nov 11, 2024 · Therefore, this study explores the optimization of GeAsSe materials through meticulous ratio modulation of GeSe and As 2 Se 3 precursors, targeting high thermal stability, low leakage currents, and robust endurance.

By using stimulated Brillouin scattering in a Brillouin laser comprising polarization maintaining GeAsSe micro-structured optical fiber tapers, limiting of multiple simultaneous in-band interferers can be achieved with minimal degradation of wideband signals.