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Your search keyword '"Zid, Mohamed Faouzi"' showing total 14 results
Start Over Author "Zid, Mohamed Faouzi" Topic molybdenum
14 results on '"Zid, Mohamed Faouzi"'

1. ChemInform Abstract: Synthesis, Crystal Structure and Charge-Distribution Validation of β-Na4Cu(MoO4)3 Adopting the Alluadite Structure-Type.

Author

Dridi, Wassim and Zid, Mohamed Faouzi

Subjects
*CRYSTAL structure, *SODIUM compounds, *ELECTROMAGNETISM, *SINGLE crystals, *CHEMICAL kinetics
Abstract

Single crystals of the new β-variety of Na4Cu(MoO4)3 are prepared by firing a 4:1:3 molar mixture of Na2CO3, Cu(OAc), and (NH4)6Mo7O24 in air (porcelain crucible, 873 K, 20 d; cooling to 823 K at a rate of 10 K/d). [ABSTRACT FROM AUTHOR]

Published
2016
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2. ChemInform Abstract: Synthesis, Structural Study and Validation of a Layered Triple-bis-molybdate Ag0.6Na0.4Fe(MoO4)2 Related to Yavapaiite.

Author

Souilem, Amira and Zid, Mohamed Faouzi

Subjects
*MOLYBDATES, *SILVER compounds, *CHEMICAL synthesis, *CRYSTAL structure, *SOLID state chemistry, *FERRIC nitrate
Abstract

The title compound is prepared by solid state reaction of AgNO3, Na2CO3, (NH4)2Mo4O13, and FeNO3 in a molar ratio of 1:1:2:3, resp. [ABSTRACT FROM AUTHOR]

Published
2016
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3. ChemInform Abstract: β-K3Fe (MoO4)2Mo2O7.

Author

Souilem, Amira, Zid, Mohamed Faouzi, and Driss, Ahmed

Subjects
*SOLID state chemistry, *CRYSTALLIZATION, *IRON compounds, *MOLYBDENUM compounds, *POTASSIUM compounds
Abstract

The title compound is obtained by solid state reaction of K2CO3, Fe(NO3)3, and (NH4)2Mo2O7 in a ratio of K:Fe:Mo = 3:1:6 (porcelain crucible, 1126 K, 1 d). [ABSTRACT FROM AUTHOR]

Published
2014
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4. ChemInform Abstract: Non-centrosymmetric Rb2Mn2(MoO4)3.

Author

Bouzidi, Chahira, Zid, Mohamed Faouzi, Driss, Ahmed, and Souilem, Amira

Subjects
*CHEMICAL reactions, *RUBIDIUM, *X-ray diffraction, *OCTAHEDRA, *THREE-dimensional display systems
Abstract

The title compound is prepared by solid state reaction of a stoichiometric mixture of Mn(OAc)3, (NH4)2Mo4O13, and Rb2CO3 (923 K, 7 d). [ABSTRACT FROM AUTHOR]

Published
2014
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5. ChemInform Abstract: Na1.67Mn2.17(MoO4)3.

Author

Bouzidi, Chahira, Zid, Mohamed Faouzi, Driss, Ahmed, and Frigui, Wafa

Subjects
*CHEMICAL structure, *SODIUM, *MANGANESE, *MOLYBDENUM, *SOLID state chemistry
Abstract

The title compound is prepared by solid state reaction of Na2CO3, Mn(OAc)3·2H2O, and (NH4)2Mo4O13 in the molar ratio Na:Mn:Mo = 2:2:3 (porcelain crucible, 998 K, 3 weeks). [ABSTRACT FROM AUTHOR]

Published
2014
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6. ChemInform Abstract: β-Li0.37Na0.63Fe(MoO4)2.

Author

Souilem, Amira, Zid, Mohamed Faouzi, and Driss, Ahmed

Subjects
*LITHIUM compounds, *SOLID state chemistry, *ALKALI metals, *MOLYBDENUM, *IRON
Abstract

The title compound is obtained by solid state reaction of Na2CO3, Li2CO3, Fe(NO3)3, and (NH4)2Mo4O13 (porcelain crucible, 1143 K, 72 h). [ABSTRACT FROM AUTHOR]

Published
2014
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7. ChemInform Abstract: Li0.5Al0.5Mg2(MoO4)3.

Author

Ennajeh, Ines, Zid, Mohamed Faouzi, and Driss, Ahmed

Subjects
*MOLYBDENUM, *MAGNESIUM, *ALUMINUM, *LITHIUM, *SOLID state chemistry, *STOICHIOMETRY
Abstract

The title compound is prepared by solid state reaction of a stoichiometric mixture of LiNO3, (NH4)2Mo4O13, and Mg(NO3)2 (porcelain crucible, 853 K, 7 d). [ABSTRACT FROM AUTHOR]

Published
2013
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8. ChemInform Abstract: K(MoO2)4O3(AsO4).

Author

Jouini, Raja, Zid, Mohamed Faouzi, and Driss, Ahmed

Subjects
*ORGANIC compounds, *CHEMICAL equations, *CHEMICAL reactions, *STOICHIOMETRY, *CATALYSIS
Abstract

The title compound is prepared by solid state reaction of a stoichiometric mixture of K2CO3, (NH4)2Mo4O13, and NH4H2AsO4 (1. [ABSTRACT FROM AUTHOR]

Published
2013
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9. ChemInform Abstract: Elaboration, Structural Study, and CHARDI and BVS Analysis of a New β-Na9Cr(MoO4)6 Variant of Alluandite Type.

Author

Sonni, Manel, Marzouki, Riadh, Zid, Mohamed Faouzi, and Souilem, Amira

Subjects
*SODIUM nitrate, *CRYSTAL structure, *CHROMIUM, *SOLID state chemistry, *MOLYBDENUM
Abstract

The title compound is synthesized by solid state reaction of a mixture of NaNO3, Cr(NO3)3, and (NH4)6Mo7O24 in the molar ratio Na:Cr:Mo = 6:1:4 (973 K, 3 d). [ABSTRACT FROM AUTHOR]

Published
2016
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11. ChemInform Abstract: Crystal Structure of Type Alluaudite KNa5Mn3(MoO4)6.

Author

Bouzidi, Chahira, Frigui, Wafa, and Zid, Mohamed Faouzi

Subjects
*CRYSTAL structure, *SOLID state chemistry, *MOLYBDENUM
Abstract

Abstract: KNa5Mn3Mo6O24 is prepared by solid state reaction of a mixture of Na2CO3, K2CO3, Mn(OAc)3, and (NH4)2Mo4O13 in the molar ratio of Na:K:Mn:Mo = 1:1:2:3 (porcelain crucible, 950 K, 3 weeks; cooling to 900 K at a rate of 5 K/d). [ABSTRACT FROM AUTHOR]

Published
2015
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12. ChemInform Abstract: Crystal Structure of Type Alluaudite K0.4Na3.6Co(MoO4)3.

Author

Nasri, Rawia, Fakhar Bourguiba, Noura, and Zid, Mohamed Faouzi

Subjects
*CRYSTAL structure, *SOLID state chemistry, *MOLYBDENUM
Abstract

Abstract: K0.4Na3.6Co(MoO4)3 is prepared by solid‐state reaction of Na2CO3, Co(NO3)2, K2CO3, and (NH4)2Mo4O13 in the molar ratio of Na:K:Co:Mo = 2:1:3:3 (porcelain crucible, 963 K, 2 weeks; cooling to 910 K at a rate of 5 °C/d). [ABSTRACT FROM AUTHOR]

Published
2015
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13. ChemInform Abstract: Crystal Structure of Alluaudite-Type Na4Co(MoO4)3.

Author

Nasri, Rawia, Bourguiba, Noura Fakhar, Zid, Mohamed Faouzi, and Driss, Ahmed

Subjects
*CHEMICALS, *CRYSTAL structure, *SOLID state chemistry
Abstract

Na4Co(MoO4)3 is prepared by solid state reaction of Na2CO3, Co(NO3)2, and (NH4)2MoO4 in air (Na:Co:Mo = 3:1:3; porcelain crucible, 673 K, 1 d). [ABSTRACT FROM AUTHOR]

Published
2014
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14. ChemInform Abstract: Synthesis, Crystal Structure, Sintering and Electrical Properties of a New Alluaudite-Like Triple Molybdate K0.13Na3.87MgMo3O12.

Author

Ennajeh, Ines, Georges, Samuel, Ben Smida, Youssef, Guesmi, Abderrahmen, Zid, Mohamed Faouzi, and Boughazala, Habib

Subjects
*MOLYBDATES, *CRYSTAL structure, *SINTERING
Abstract

Single crystals of alluaudite-type K0.13Na3.87MgMo3O12 are prepared by solid state reaction of Na2CO3, K2CO3, (NH4)2Mo4O13, and Mg(NO3)2 (Na:K:Mo:Mg = 3.8:0.2:3:1, air, porcelain crucible, 700 °C, 7 d; cooling to 600 °C with a rate of 5 °C/d; quenching to 25 °C). [ABSTRACT FROM AUTHOR]

Published
2015
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