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Results: 1-9 |
Results: 9
TRIVALENT CATION SUBSTITUTION OF PULVERULENT COBALT-IRON MOLYBDATES CO1-XFEXMOO4
Authors: DOMENICHINI B VAUTREIN C PETIGNY S BASSET K BOURGEOIS S STEINBRUNN A
Citation: B. Domenichini et al., TRIVALENT CATION SUBSTITUTION OF PULVERULENT COBALT-IRON MOLYBDATES CO1-XFEXMOO4, Materials chemistry and physics, 55(3), 1998, pp. 209-214
SUPERFICIAL DEFECTS INDUCED BY ARGON AND OXYGEN BOMBARDMENTS ON (110)TI0(2) SURFACES
Authors: PETIGNY S MOSTEFASBA H DOMENICHINI B LESNIEWSKA E STEINBRUNN A BOURGEOIS S
Citation: S. Petigny et al., SUPERFICIAL DEFECTS INDUCED BY ARGON AND OXYGEN BOMBARDMENTS ON (110)TI0(2) SURFACES, Surface science, 410(2-3), 1998, pp. 250-257
EFFECT OF THE PREPARATION METHOD AND GRINDING TIME OF SOME MIXED-VALENCY FERRITE SPINELS ON THEIR CATIONIC DISTRIBUTION AND THERMAL-STABILITY TOWARD OXYGEN
Authors: GILLOT B DOMENICHINI B
Citation: B. Gillot et B. Domenichini, EFFECT OF THE PREPARATION METHOD AND GRINDING TIME OF SOME MIXED-VALENCY FERRITE SPINELS ON THEIR CATIONIC DISTRIBUTION AND THERMAL-STABILITY TOWARD OXYGEN, Materials chemistry and physics, 47(2-3), 1997, pp. 217-224
EFFECT OF THE PREPARATION METHOD AND GRINDING TIME OF SOME MIXED-VALENCY FERRITE SPINELS ON THEIR CATIONIC DISTRIBUTION AND THERMAL-STABILITY TOWARD OXYGEN
Authors: GILLOT B DOMENICHINI B PERRIAT P
Citation: B. Gillot et al., EFFECT OF THE PREPARATION METHOD AND GRINDING TIME OF SOME MIXED-VALENCY FERRITE SPINELS ON THEIR CATIONIC DISTRIBUTION AND THERMAL-STABILITY TOWARD OXYGEN, Solid state ionics, 84(3-4), 1996, pp. 303-312
A MODEL FOR OXIDATION IN FINELY DIVIDED FERRITES TAKING INTO ACCOUNT THE STRESSES GENERATED DURING REACTION
Authors: PERRIAT P DOMENICHINI B GILLOT B
Citation: P. Perriat et al., A MODEL FOR OXIDATION IN FINELY DIVIDED FERRITES TAKING INTO ACCOUNT THE STRESSES GENERATED DURING REACTION, Journal of physics and chemistry of solids, 57(11), 1996, pp. 1641-1652
EVIDENCE OF A HOPPING MECHANISM BETWEEN MO(3+) AND MO(4+) OCTAHEDRAL CATIONS IN MOLYBDENUM SPINEL FERRITES
Authors: DOMENICHINI B AYMES D PERRIAT P GILLOT B
Citation: B. Domenichini et al., EVIDENCE OF A HOPPING MECHANISM BETWEEN MO(3+) AND MO(4+) OCTAHEDRAL CATIONS IN MOLYBDENUM SPINEL FERRITES, Materials chemistry and physics, 39(1), 1994, pp. 80-84
CATIONIC DISTRIBUTION AND MECHANISM OF THE OXIDATION OF V3-SUBSTITUTED MAGNETITES( IONS IN VANADIUM)
Authors: NOHAIR M PERRIAT P DOMENICHINI B GILLOT B
Citation: M. Nohair et al., CATIONIC DISTRIBUTION AND MECHANISM OF THE OXIDATION OF V3-SUBSTITUTED MAGNETITES( IONS IN VANADIUM), Thermochimica acta, 244, 1994, pp. 223-234
REACTIVITY OF THE SUBMICRON MOLYBDENUM FERRITES TOWARDS OXYGEN AND FORMATION OF NEW CATION DEFICIENT SPINELS
Authors: GILLOT B DOMENICHINI B TAILHADES P BOUET L ROUSSET A
Citation: B. Gillot et al., REACTIVITY OF THE SUBMICRON MOLYBDENUM FERRITES TOWARDS OXYGEN AND FORMATION OF NEW CATION DEFICIENT SPINELS, Solid state ionics, 63-5, 1993, pp. 620-627
A FORMALISM OF OXIDATION REACTIONS IN CATION DEFICIENT SPINELS
Authors: GILLOT B DOMENICHINI B ROUSSET A
Citation: B. Gillot et al., A FORMALISM OF OXIDATION REACTIONS IN CATION DEFICIENT SPINELS, Annales de chimie, 18(3), 1993, pp. 175-181
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