Preparation of ceramic nanoparticlesvia cellulose-assisted glycine nitrate process: a review

Facile preparation and microwave absorption properties of porous hollow BaFe12O19/CoFe2O4 composite microrods

“…In addition, the porous structure itself functions as an escape channel for the gas products, thereby avoiding the spreading out of fine powders during combustion. 24 The morphologies of the as-prepared BaFe 12 …”

Progress in La-doped SrTiO3(LST)-based anode materials for solid oxide fuel cells

“…The LST powders obtained through the above so methods have small particle size and narrow size distribution or porous structure which would enlarge the TPBs and then improve the performance. Recently, Birol et al 126 reviewed the cellulose-assisted glycine nitrate process of preparing ceramic nanoparticles. Some other so methods such as co-precipitation method, 127 sol-gel route 128 and rheological phase reaction 129,130 were the potential techniques to synthesize LST-based anode materials.…”

Hybrid metal oxide@biopolymer materials precursors of metal oxides and metal oxide-carbon composites

“…Calcination in a furnace, or in a flame, 222)224) improves the crystallinity of the metal oxide but may leave residual carbon with possible impact on properties like the luminescence. 225),226) During this step, the reducing behavior of the biopolymer can be enhanced, a growing number of publications focuses on the formation of metal nanoparticles like Pt 227) Au, 99) or Ag 228) and metal fibers; 30) see also the case of Mn(VII).…”

“…Glossary BP: Biopolymer; PS: polysaccharide; MO: metal oxide; MMO: mixed metal oxide; NP: nanoparticles; SSA: specific surface area; PVD: plasma vapour deposition; ALD: atomic layer deposition; LIB Lithium-ion battery. For mixed material like composite or core shell materials, the A@B is used and mean that A is quantitatively the minor phase and B the major phase, example TiO 2 @C is mostly carbon covered or mixed with TiO 2 Related reviews: Related to this field of researches, we propose to the reader the following review with the corresponding key words: biotemplating, 29) ceramic nano-powders from cottoncellulose, 30)32) evolution of cellulose under thermal treatment, 33) biopolymer as binder of ceramic powder for the sintering and monolith formation (starch, 34) cellulose 35) gelatin 36) ).…”