Role of glycine-to-nitrate ratio in influencing the powder characteristics of La(Ca)CrO3

Properties of Ceria Based Novel Anode Nanopowders Synthesized by Glycine-Nitrate Process

“…However, the system has not become a commercial commodity yet. The main reason is the cost due to the high temperature resistant materials used and some high temperature problems such as unwanted reactions and sealing of cells [13]. There are many studies to lower the operation temperatures from 1000…”

Hierarchical Nanoceramics for Industrial Process Sensors

“…Of specific interest to this study, ethylene glycol [Dasgupta 2001MatSci&Eng, Dasguputa 2002SSI, Chen 2006MatLett, Chen 2006 MatSci&Eng] has recently been used as an ACS fuel, as well as in other novel powder synthesis techniques [Bonet 1999, Uekawa 2002. The most commonly used fuel for ACS is glycine [Mimani 2001, Deshpande 2004, Nagaveni 2004MRB, Purohit JNucMatls 2001, Peng 2002, Erri 2004, Mukasyan 2007, which has been used extensively to produce perovskite oxides [Chick 1990, Basu 2004, Yang 2000, Mukasyan 2001, Wang 2006, Striker 2007, Nair 2008.…”

Characterization of MOy–MxCe1−xO2−δ (M: Co, Ni & Cu) nano powders and anode materials for low and intermediate temperature solid oxide fuel cells

“…Synthesis and preparation of MO y eM x Ce 1Àx O 2Àd nano powders Nanocrystalline MO y eM x Ce 1Àx O 2Àd anode powders were synthesized by GNP as described in Fig. 1 [13]. Metal nitrates and glycine were dissolved in distilled water at a ratio of 1:1.5, with a magnetic stirrer at room temperature.…”

“…Therefore, the combustion condition should be optimized according to the adiabatic flame temperature calculated by thermodynamic quantities of combustion reactions of nitrate with glycine [11,12]. The ratio of net oxidizing valency of metal nitrates to net reducing valency of the fuel should be united to sustain the stoichiometric redox reaction between glycine and an oxidizer [11,13]. The net oxidizing and reducing valencies can be estimated using the valencies of the individual elements in metal nitrates and glycine [11,13].…”

“…The ratio of net oxidizing valency of metal nitrates to net reducing valency of the fuel should be united to sustain the stoichiometric redox reaction between glycine and an oxidizer [11,13]. The net oxidizing and reducing valencies can be estimated using the valencies of the individual elements in metal nitrates and glycine [11,13]. The stoichiometry can be adjusted to produce H 2 O, CO 2 , and N 2 , or to be fuel or oxidant rich composition [10e12].…”