The structural and luminescent properties of Lu3Al5O12:Ce3++Lu2O3 crystal phosphors prepared by colloid chemical synthesis

Structural, optical, and thermodynamic properties of an LiCa2Mg2As3xV3−3xO12 solid‐solution garnet

“…An example is single‐mode fiber lasers that need a cladding with n just slightly lower than that of the doped core, 16–18 high k to dissipate heat, and similar thermal expansion ( α ) between fiber core and cladding to minimize undesirable photoelastic effects and interfacial cracking 19–21 . Other composite waveguides and phosphors have similar property requirements 22–27 …”

“…[19][20][21] Other composite waveguides and phosphors have similar property requirements. [22][23][24][25][26][27] There is usually significant solid-solution between most garnet compositions, 28,29 so formation of a new phase is less likely in short times at high or intermediate temperatures. The thermal expansion of most garnets is similar, 30,31 so thermal residual stress for co-processed systems is low.…”