A study of binary iron/lithium organometallic complexes as single source precursors to solid state cathode materials for potential Li ion battery application

α-Ag2S nanoparticles: low-temperature syntheses, crystallisation pathway, and first operando luminescence measurements for sodium-ion battery applications

“…25,26 The most commonly used complex molecules are metal alkoxides, metal salts, 27 and binary organometallic complexes. 28 SSPs are advantageous because they already contain metal and sulphide sources, are easy to prepare, are stable over time, do not require counter ions as salt precursors, and produce high-purity products. 29 However, the precise control of size and structure-related physical properties of semiconductor NPs necessitates understanding their crystallisation process to control particle formation.…”

“…25,26 The most commonly used complex molecules are metal alkoxides, metal salts, 27 and binary organometallic complexes. 28 SSPs are advantageous because they already contain metal and sulphide sources, are easy to prepare, are stable over time, do not require counter ions as salt precursors, and produce high-purity products. 29…”