Yttrium aluminum garnet powders by nitrate decomposition and nitrate–urea solution combustion reactions—a comparative study

Synthesis of highly sinterable YAG nanopowders by a modified co-precipitation method

“…YAG powders could be synthesized by many methods, such as solid-state reaction method [3,4], solvo-thermal synthesis [5,6], sol-gel route [7,8], nitrate-citrate combustion [9,10] and coprecipitation method [11][12][13]. The solid-state reaction method requires a high temperature of over 1650 • C and a long reaction time.…”

Structural and optical properties of YAG:Ce3+ phosphors by sol–gel combustion method

“…However, they are time-consuming and need strict technics. In contrast, the combustion method [12] is quite simple, and the combustion reaction lasts only a few seconds. But its reaction is too violent to control, and the powders are difficult to collect.…”

Direct Synthesis of Yttrium Aluminum Garnet Particles in an Inductively Coupled Radio-Frequency Plasma System

“…Among the commonly used methods are solid state reaction [1,2], combustion synthesis [3,4], wet chemical synthesis techniques such as sol-gel processes [5][6][7], co-precipitation [8], glycothermal synthesis [9,10], and combinatorial chemistry [11]. Most of the above-mentioned processes require post-synthesis heat treatment of the particles at high temperatures (above 900°C) because the YAG phase is not obtained directly in the as-synthesized state.…”