A. Leclaire

发表

Redetermination of the β‐Ca2P2O7 structure

B. Raveau, S. Boudin, A. Grandin, 1993 .

A new phosphate of trivalent titanium Mg3Ti4P6O24

B. Raveau, A. Grandin, M. Borel, 1990 .

Two forms of sodium titanium(III) diphosphate: α-NaTiP2O7 closely related to β-cristobalite and β-NaTiP2O7 isotypic with NaFeP2O7

B. Raveau, A. Grandin, M. Borel, 1988 .

Dimorphism of the Vanadium(V) Monophosphate PbVO2PO4: α-Layered and β-Tunnel Structures

B. Raveau, M. Daturi, M. Borel, 2000 .

A Vanadium (V) Monophosphate with a Tunnel Structure: KV2O4PO4

B. Raveau, M. Daturi, M. Borel, 1999 .

A Mo(III) phosphate with a cage structure: NaMoP2O7

B. Raveau, A. Grandin, M. Borel, 1988 .

MOAlP2O9 molybdenum(V) aluminophosphate isostructural with VSiP2O9

B. Raveau, A. Grandin, M. Borel, 1990 .

A new zeolitic layered tungsten phosphate with high cationic mobility: Cs3W4O7(PO4)4.H2O

V. Caignaert, B. Raveau, A. Leclaire, 2005 .

An Air-Synthesized, Mixed-Valent Vanadium Tungsten Monophosphate with Intersecting Tunnels: Cs5VW4O9VO4(PO4)4

B. Raveau, J. Provost, M. Borel, 1998 .

The crystal structure of ß-NbPO5

B. Raveau, A. Leclaire, D. Groult, 1986 .

meta‐Phosphonobenzoic Acid: A Rigid Heterobifunctional Precursor for the Design of Hybrid Materials

V. Caignaert, P. Jaffrès, J. Rueff, 2008 .

Na2VP2O8: A tetravalent vanadium diphosphate with a layered structure

B. Raveau, A. Grandin, M. Borel, 1992 .

A niobium phosphate with a nasicon structure: Na0.5Nb2(PO4)3

B. Raveau, A. Grandin, M. Borel, 1991 .

Reactivity of (-)-cytisine and derivatives towards palladium salts. X-ray characterization of a new palladium complex of (-)-cytisine

M. Hervieu, B. Tinant, J. Muzart, 2006 .

A Monophosphate Molybdenum Bronze Built up from ReO3-Type Slabs: Ag0.7Mo3O7(PO4)

B. Raveau, J. Provost, M. Borel, 1998 .

Two mixed valent molybdenophosphates with a tunnel structure closely related to K0.17MoP2O7: Pb2(PbO)2Mo8(P2O7)8 and PbK2Mo8(P2O7)8

B. Raveau, A. Leclaire, 2007 .

A lead molybdenum(V) monophosphate with a tunnel structure: Pb3(MoO)3(PO4)5

B. Raveau, J. Provost, A. Leclaire, 2002 .

Review on Vanadium Phosphates with Mono and Divalent Metallic Cations: Syntheses, Structural Relationships and Classification, Properties

S. Boudin, M. Borel, A. Leclaire, 2000 .

A V(IV) Hydroxyhydrogenomonophosphate with an Intersecting Tunnel Structure: HK4[V10O10(H2O)2(OH)4(PO4)7]·9H2O

B. Raveau, J. Provost, M. Borel, 1999 .

A Molybdenyl Chloromonophosphate with an Intersecting Tunnel Structure: Ba3Li2Cl2(MoO)4(PO4)6

B. Raveau, J. Provost, M. Borel, 1998 .

Molybdenum(V) chloromonophosphates with a layer structure : AMoOPO4Cl (A = K, Rb)

B. Raveau, J. Provost, M. Borel, 1998 .

Two New Closely Related MoV Hydroxymonophosphates Built Up of Cd[Mo6P4O25(OH)6]2 And Cd[Mo6P4O26(OH)5]2 Clusters

B. Raveau, M. Borel, A. Leclaire, 1997 .

A Sodium Molybdenyl Monophosphate with an Intersecting Tunnel Structure: Na3(MoO)2(PO4)3

B. Raveau, M. Borel, A. Leclaire, 1997 .

Mixed Valent Molybdenotungsten Monophosphate Rb2Mo2WO5(PO4)3: An Interconnected Tunnel Structure

B. Raveau, M. Borel, A. Leclaire, 1997 .

A mixed valent Keggin polyoxometallate involving molybdenum and tungsten

B. Raveau, M. Borel, A. Leclaire, 1995 .

Vibrational and XRD Study of the System CdWO4-CdMoO4.

G. Busca, M. Daturi, P. Piaggio, 1997 .

Vibrational and XRD Study of the System CdWO4−CdMoO4

G. Busca, M. Daturi, P. Piaggio, 1997 .

STUDY OF METALLIC PROPIONATES. III. CRYSTAL STRUCTURE OF THE COPPER PROPIONATE CU(ETCO2)2L (L = α-PICOLINE)

M. Borel, A. Leclaire, A. Busnot, 1976 .

Study of metallic propionates—I: Thermochemical and structural studies of Cu(II) propionate monoadduct of β picoline

M. Borel, A. Leclaire, A. Busnot, 1976 .

Structure of diacetato bis(2,4,6 trimethyl pyridine) copper(II)

A. Leclaire, A. Busnot, F. Busnot, 1983 .

Structure and stability of aqua(bis‐β‐picoline)copper(II)‐benzoate

M. Borel, A. Leclaire, F. Busnot, 1979 .

m-phosphonobenzoic acid and copper(II) as precursors of helical chain and lamellar hybrid materials

V. Caignaert, P. Jaffrès, J. Haelters, 2009 .

A new mixed valent molybdenum monophosphate with a tunnel structure: Cs3Mo8O11(PO4)8

B. Raveau, M. Borel, A. Leclaire, 2000 .

STRUCTURE OF DIACETATOBIS(2,4,6-TRIMETHYLPYRIDINE)COPPER(II)

A. Leclaire, A. Busnot, F. Busnot, 1983 .

A niobium phosphate bronze closely related to the ITB tungsten bronzes: K7Nb14+xP9−xO60 (x=0.13)

B. Raveau, A. Grandin, M. Borel, 1989 .

A Mixed Valent Molybdenum Monophosphate with a Bidimensional Connection of MoO6Octahedra:Li3Mo3O5(PO4)3

B. Raveau, J. Provost, M. Borel, 1997 .

A Mo(V) Monophosphate with an Original Tridimensional Framework: Li2Na(MoO)2(PO4)3

B. Raveau, M. Borel, A. Leclaire, 1997 .

Crystal growth and characterisation of a niobium phosphate bronze

B. Raveau, J. Provost, M. Borel, 1994 .

A new mixed-valence vanadium phosphate with an intersecting tunnel structure: KV3P4O17

B. Raveau, A. Grandin, M. Borel, 1992 .

Na2+xNb6P4O26: A novel niobium phosphate bronze isotypic of the m = 3 member of the MPTBp family

B. Raveau, A. Grandin, M. Borel, 1991 .

BaNb7P6O33: A niobium monophosphate with a tunnel structure related to HTBs and ITBs

B. Raveau, G. Costentin, A. Grandin, 1991 .

A niobium phosphate “bronze” closely related to the Ba3Nb6Si4O26 structure: Na6Nb8P5O35

B. Raveau, A. Grandin, M. Borel, 1991 .

The niobium phosphate bronze β-K2Na2−xNb8P5O34, second form of the first member of the series (K3Nb6P4O26)n KNb2PO8

B. Raveau, A. Grandin, M. Borel, 1991 .

A niobium phosphate with a tunnel structure : Ca0.5+xCs2Nb6P3O24

B. Raveau, G. Costentin, A. Grandin, 1991 .

A niobium phosphate bronze closely related to the tungsten phosphate bronzes family: Na4Nb8P6O35

B. Raveau, A. Grandin, M. Borel, 1990 .

A new series of bronzes and bronzoids with KNb3P3O15 structure

B. Raveau, G. Costentin, A. Grandin, 1990 .

The niobium phosphate bronze K5−xNb8P5O34, a new tunnel structure, first member of the series (K3Nb6P4O26)n · KNb2PO8

B. Raveau, A. Grandin, M. Borel, 1990 .

A mixed‐valence niobium phosphate with an empty nasicon structure: Nb2(PO4)3

B. Raveau, A. Grandin, M. Borel, 1989 .

A niobium phosphate bronze with a tunnel structure: KNb3P3O15

B. Raveau, A. Grandin, M. Borel, 1989 .

A cadmium vanadophosphate built up from rutile and HTB-TYPE ribbons: CdVO2(H2O)PO4

B. Raveau, M. Borel, A. Leclaire, 2000 .

A Vanadium (V) Hydroxymonophosphate Hydrate with a “Tape-Like” structure: K3(VO2)2PO4PO3OH·H2O

B. Raveau, M. Borel, A. Leclaire, 2002 .

A Cadmium Vanadophosphate Built up from Rutile and HTB‐Type Ribbons: CdVO2(H2O)PO4.

B. Raveau, M. Borel, A. Leclaire, 2000 .

Four New Mo(V) Phosphate Structures Built up of Isotypic Mo12MP8X62 Clusters

B. Raveau, M. Borel, A. Leclaire, 1999 .

The Diphosphovanadate Cd2VPO7: A Mixed Framework with Pseudo-Close-Packed Octahedral Layers Connected through Ditetrahedral VPO7 Groups

B. Raveau, S. Boudin, A. Grandin, 1994 .

Mo(V) Phosphates with an Opened Framework: Li4−xA+x(MoO)3(PO4)3P2O7(A=Na, Ag, Cs, K), Li4−xBa2+x/2(MoO)3(PO4)3P2O7

M. Hervieu, J. Provost, M. Borel, 1999 .

The actual structure of K6(VO)2(V2O3)2(PO4)4(P2O7): Ordered distribution of P2O7 groups and charge ordering of vanadium

B. Raveau, A. Leclaire, 2006 .

Hydrothermal synthesis and crystal structureof a lead vanadium monophosphate hydrate with an open structure: Pb2V2O4(PO4)2·2H2O

B. Raveau, A. Leclaire, J. Chardon, 2001 .

New mixed valent vanadium monophosphate with an intersecting tunnel structure Ba2V5O8(PO4)4

B. Raveau, M. Borel, A. Leclaire, 1998 .

A Mixed Valent Vanadium Phosphate Closely Related to BaV2P2O10: AgV2P2O10

B. Raveau, A. Grandin, M. Borel, 1993 .

A Mixed-Valent Vanadium Monophosphate with a Chain-Like Structure: Ba3V2O3(PO4)3

B. Raveau, C. Michel, J. Provost, 1998 .

Na5V2P3O14·H2O, a tetravalent vanadium phosphate with a layer structure and a pure pyramidal coordination of V(IV)

A. Grandin, M. Borel, A. Leclaire, 1992 .

A new vanadium III potassium phosphate with a cage structure : K6V2P4O16

B. Raveau, A. Grandin, M. Borel, 1991 .

Concerning the intersecting tunnel structure of a novel vanadyldiphosphate K2(VO)3(P2O7)2 and its structural relationships with other V(V) and V(IV) phosphates and relatives

B. Raveau, A. Leclaire, D. Groult, 1988 .

V3P5SiO19, a vanadosilicophosphate built up from V2O9 octahedra clusters

B. Raveau, A. Leclaire, D. Groult, 1986 .

A new Mo(III) cadmium diphosphate Cd5Mo2(P2O7)4

B. Raveau, A. Leclaire, 2006 .

Revised space groups for three molybdenum(V) phosphate compounds

R. E. Marsh, M. Borel, A. Leclaire, 2001 .

A new three-dimensional sodium molybdenum(V) hydroxymonophosphate: Na8(Mo2O4OH)3(PO4)3(PO3OH)·12.25H2O

C. Biot, B. Raveau, M. Borel, 1998 .

A V(III) Phosphate Built Up from Bioctahedral V2O10 Units: AgV2(PO4)P2O7

B. Raveau, A. Grandin, M. Borel, 1995 .

A Vanadium(IV) Diphosphate with an Intersecting Tunnel Structure, PbVOP2O7

B. Raveau, M. Borel, A. Leclaire, 2001 .

A large family of niobium phosphates with the Ca0.5Cs2Nb6P3O24 structure

B. Raveau, G. Costentin, A. Grandin, 1991 .

A4−xNb6P4O26: a large family of niobium phosphate bronze (A=K, Rb, Ba)

B. Raveau, A. Grandin, M. Borel, 1989 .

Chlorovanadates with Original Chain and Layered Structures: AVO3Cl (A=Ba, Sr, Cd)

B. Raveau, M. Borel, A. Leclaire, 1999 .

Redetermination of the β-Ca~2~P~2~O~7~ structure

B. Raveau, S. Boudin, A. Grandin, 1993 .

A novel niobium phosphate bronze with a tunnel structure, K3Nb6P4O26, membern = ∞ of the series(K3Nb6P4O26)n ·KNb2PO8

B. Raveau, A. Grandin, M. Borel, 1990 .

Two molybdenum (VI) monophosphates with a tunnel structure: AMoO2PO4 (A=Cs, Tl) and structural relationships in the series

B. Raveau, M. Borel, A. Leclaire, 2001 .

The vanadium monophosphates AVOPO4: Synthesis of a second form β-KVOPO4 and structural relationships in the series

B. Raveau, J. Provost, M. Borel, 2001 .

On the intersecting tunnel structure of the monophosphates A3(V,W)4O9(PO4)2 with A = Rb, Tl, Cs

B. Raveau, M. Borel, A. Leclaire, 1999 .

BaV2P2O10, a new tetravalent vanadium phosphate with a tunnel structure

B. Raveau, A. Grandin, M. Borel, 1992 .

NaxMoP2O7, a mixed valence molybdenum diphosphate with a tunnel structure

B. Raveau, A. Grandin, M. Borel, 1988 .

Stabilization of the tungstyl ion configuration:the W(V) diphosphate KWOP2O7

B. Raveau, A. Leclaire, J. Chardon, 2001 .

Stabilization of a W(V) Diphosphate, W2O3·P2O7, with an Empty Tunnel Structure

B. Raveau, A. Leclaire, J. Chardon, 2000 .

Combination of α-NbOPO4 type layers with enantiomorphic α′-type layers: the “racemic structure” of α-α′-Nb0.787W0.213OPO4

B. Raveau, M. Borel, A. Leclaire, 1997 .

Phosphate niobium bronzes and bronzoids with the MPTBp structure: Na4Nb8P4O32 and Na4−xAxNb7MP4O32 fourth members of the series Ax(PO2)4(NbO3)2m

B. Raveau, G. Costentin, A. Grandin, 1991 .

The crystal structure ofβ-NbPO5

B. Raveau, A. Leclaire, D. Groult, 1986 .

A novel form of molybdenum ( V ) phosphate : t >-KMo 2 P 3013

B. Raveau, A. Grandin, M. Borel, 2013 .

Two new diphosphates with SrV2(P2O7)2 structure: mercury and lead phases

B. Raveau, S. Boudin, A. Grandin, 1994 .

Mo2P4Si4O23, a molybdenum (V) silicophosphate related to the β-cristobalite

B. Raveau, A. Grandin, M. Borel, 1989 .

MoP3SiO11: A silicophosphate of molybdenum(III)

B. Raveau, A. Leclaire, 1987 .

Silicophosphates with an intersecting tunnel structure: AM3P6Si2O25 and AMo3P5.8Si2O25

B. Raveau, A. Grandin, M. Borel, 1985 .

A molybdosilicophosphate with an intersecting‐tunnel structure which exhibits ion‐exchange properties, AMo3P5.8Si2O25 (A = Rb, Tl)

B. Raveau, J. Monier, A. Leclaire, 1984 .

A Mo(III) lead phosphate with an intersecting tunnel structure: Pb2Mo(P2O7)(PO4)

B. Raveau, A. Leclaire, 2006 .

The Original Structure of Zn3V4(PO4)6 Involving Bioctahedral V2O10 Units and ZnO5 Trigonal Bipyramids

B. Raveau, S. Boudin, A. Grandin, 1995 .

Na4−xNb7P4O29: A phosphate niobium bronze intergrowth of the membersm = 3 andm = 4 of the MPTB's series Nax(NbO3)2m(PO2)4

B. Raveau, A. Grandin, M. Borel, 1992 .

Determination of the crystal structure of Mo2vP4O15

B. Raveau, G. Costentin, A. Grandin, 1992 .

Crystal structure of the Molybdenum(V) Diphosphate KMoP2O8 isotypic with KNbP2O8

B. Raveau, A. Grandin, M. Borel, 1992 .

A New Series of Tungstoniobium Monophosphates with an Intersecting Tunnel Structure Closely Related to ReO3:ANb4WO9(PO4)3(A=K, Rb, Cs), KLiNb5O9(PO4)3, and KLi1−x(Nb, W)5O9(PO4)3

B. Raveau, J. Provost, M. Borel, 1998 .

A molybdenotungsten monophosphate with an opened structure K6.6Mo2.36W3.64O15(PO4)4

B. Raveau, M. Borel, A. Leclaire, 1996 .

Nonstoichiometry in the LiMo2O3(PO4)2 structure: The molybdenotungsten monophosphate Li0.5MoWO3(PO4)2

B. Raveau, M. Borel, A. Leclaire, 1996 .

A Mixed Valent Molybdenotungsten Phosphate Na1+x(Mo, W)2O5PO4Closely Related to the Phosphate Tungsten Bronzes

B. Raveau, M. Borel, A. Leclaire, 1996 .

A Mixed-Valent Molybdenotungsten Monophosphate with a Tunnel Structure: Nax(Mo, W)2O3(PO4)2

B. Raveau, M. Borel, A. Leclaire, 1995 .

Structure of the trivalent molybdenum metaphosphate Mo(PO3)3

M. Borel, A. Leclaire, J. Chardon, 1994 .

Structure of molybdenum (IV) diphosphate MoP2O7

B. Raveau, A. Grandin, M. Borel, 1989 .

TIMoIV2P3O12: A molybdenophosphate with a tunnel structure

B. Raveau, J. Monier, A. Leclaire, 1985 .

K4MoV8P12O52, a tunnel structure characterized by an unusual valence of molybdenum

B. Raveau, J. Monier, A. Leclaire, 1983 .

Two New Diphosphates with SrV2(P2O7)2 Structure: Mercury and Lead Phases.

B. Raveau, S. Boudin, A. Grandin, 1995 .

A new molybdenum(III) phosphate: BaMo2P4O14 isotypic with BaM2P4O14 (M = TiIII, VIII)

B. Raveau, A. Grandin, M. Borel, 1992 .

ε-NaMo2P3O13, a new structural form of the Mo (V) phosphates series AMov2P3O13

B. Raveau, A. Grandin, M. Borel, 1990 .

A molybdenum V diphosphate, BaMo2P4O16

B. Raveau, G. Costentin, A. Grandin, 1990 .

Two molybdenum diphosphates with a tunnel structure involving Mo(III): KMoP2O7 and K0.17MoP2O7

B. Raveau, A. Grandin, M. Borel, 1989 .

Mo4P6Si2O25, an MoIII phosphosilicate closely related to V3P5SiO19: oxygen non-stoichiometry in silicophosphates

B. Raveau, A. Leclaire, M. Lamire, 1988 .

Small atomic displacements in the molybdenophosophates AMo2P3O12 (A = K,Rb,Ti)

B. Raveau, A. Leclaire, 1988 .

モリブデノりん酸塩AMo2P3O12(A=K,Rb,Tl)中の小さい原子変位

B. Raveau, A. Leclaire, 1988 .

Structure of CsMo3P5.8Si2O25

B. Raveau, J. Monier, A. Leclaire, 1985 .

Ge3P6Si2O25: A cage structure closely related to the intersecting tunnel structure KMo3P6Si2O25

B. Raveau, A. Leclaire, B. Raveau, 1988 .

K2−xTi2(PO4)3 with 0≤x≤0.5: a mixed-valence nonstoichiometric titanophosphate with the Langbeinite structure

B. Raveau, A. Grandin, M. Borel, 1989 .

A new lead Mo(IV) phosphate with a tunnel structure: Pb2Mo2O(PO4)2P2O7

B. Raveau, A. Leclaire, J. Chardon, 2003 .

A large series of isotypic Mo(V) diphosphates with a tunnel structure: From A(MoO)10(P2O7)8 with A=Ba, Sr, Ca, Cd, Pb to A(MoO)5(P2O7)4 with A=Ag, Li, Na, K

V. Caignaert, B. Raveau, A. Leclaire, 2007 .

Two novel Mo(V) and Mo(V)/Mo(VI) barium phosphates with a tunnel structure: β-Ba(MoO)2(P2O7)2, and Ba(MoO)2O(P2O7)PO4

B. Raveau, V. Pralong, A. Leclaire, 2005 .

Magnetic Properties and New Structural Classification of Molybdenum Phosphates Containing Mo(V)

E. Canadell, J. Provost, M. Borel, 1997 .

A Molybdenum V Diphosphate with the KMoOP2O7Structure: NaMoOP2O7

J. Provost, M. Borel, A. Leclaire, 1996 .

A Molybdenum V Diphosphate Involving LiO4 Tetrahedra: LiMoOP2O7

J. Provost, M. Borel, A. Leclaire, 1995 .

A novel Mo(V) oligophosphate built up of di- and triphosphate groups: Cs(MoO)4(P2O7)2(P3O10)

B. Raveau, A. Leclaire, 2006 .

A V(IV) Tetraphosphate with a Tunnel Structure K2(VO)2P4O13

B. Raveau, J. Provost, M. Borel, 1997 .

EPR studies on molybdenum phosphates Mo2P4O15, NaMo3P3O16 and BaMo2P4O16 in the temperature range 300–4·2K

B. Raveau, A. Grandin, M. Borel, 1995 .

ζ-NaMo2P3O13, a second form of pentavalent molybdenum sodium phosphate.

B. Raveau, A. Grandin, M. Borel, 1990 .

Ba(Nb3O8)2·H2O : A novel lamellar niobate

B. Raveau, M. Borel, A. Leclaire, 1988 .

The sodium niobate NaNb3O8: a novel lamellar oxide synthesized by soft chemistry

B. Raveau, M. Borel, A. Leclaire, 1987 .

A Molybdenum (V) Diphosphate Closely Related to the α-NaTiP2O7 Structure: Cs(MoO)P2O7

A. Grandin, M. Borel, A. Leclaire, 1994 .

A series of Mixed‐Valent Molybdenum Monophosphates, isotypic with leucophosphite represented by CsMo2P2O10 and K1.5Mo2P2O10 · H2O

A. Grandin, A. Leclaire, A. Guesdon, 1993 .

Crystal Structure of the Molybdenum(V) Diphosphate KMoP2O8 Isotypic with KNbP2O8.

B. Raveau, A. Grandin, M. Borel, 1992 .

Molybdenum (V) Phosphates: Structural Relationships and Classification

B. Raveau, G. Costentin, A. Grandin, 1993 .

A molybdenophosphate with a mixed valence of molybdenum, Mo(VI)Mo(V): NaMo3P3O16

B. Raveau, G. Costentin, A. Grandin, 1991 .

A novel form of molybdenum (V) phosphate: δ-KMo2P3O13

B. Raveau, A. Grandin, A. Leclaire, 1989 .

A Mixed Valent Molybdenotungsten Monophosphate with an Original Intersecting Tunnel Structure: Li(Mo, W)203(PO4)2

B. Raveau, M. Borel, A. Leclaire, 1997 .

Complex Distribution of Diphosphate Groups in the Structure of V(IV) Phosphates A(VO)3(P2O7)2 (A = Sr, Pb, and Ba)

M. Hervieu, B. Raveau, C. Michel, 1999 .

The Monophosphate Pb2V2VO(PO4)4: A Tunnel Structure with the Mixed Valence V(III)-V(IV)

B. Raveau, A. Grandin, M. Borel, 1994 .

A New Molybdenum(III) Phosphate: BaMo2P4O14 Isotypic with BaM2P4O14 (M: Ti(III), V(III)).

B. Raveau, A. Grandin, M. Borel, 1993 .

A novel family of mixed valence molybdenum phosphates with a Nasicon structure, AMo~2~P~3~O~12~ (A= Ca, Sr, Ba)

B. Raveau, A. Grandin, M. Borel, 1989 .

Langbeinite, a host lattice for “V3O” clusters: The trivalent vanadium phosphate K11V15P18O73

B. Raveau, A. Grandin, M. Borel, 1992 .

A lead phosphomolybdenum purple bronze: Pb0.9PMo5O17

B. Raveau, S. Boudin, J. Provost, 2002 .

A Mo(IV) Monophosphate, BaMo(PO4)2, with the Yavapaiite Layer Structure

B. Raveau, A. Leclaire, J. Chardon, 1995 .

A mixed valence vanadium phosphate with a tunnel structure: Rb6V6P6O31

B. Raveau, A. Grandin, M. Borel, 1991 .

Redetermination of the crystal structure of Mo4P3

B. Raveau, A. Grandin, M. Borel, 1989 .

Structure of KVP2O7

B. Raveau, A. Grandin, M. Borel, 1991 .

Structure and Properties of the 4:4′-Bl (2,6-Diphenyl-1-Selenopyranylidene)-Polyiodide Salt (2-I2.03)

C. Sourisseau, A. Leclaire, H. Leligny, 1995 .

Lead(II) Hybrid Materials from 3‐ or 4‐Phosphonobenzoic Acid

H. Couthon-Gourvès, P. Jaffrès, J. Rueff, 2009 .

The dimeric unit [La(H2O)4(m-PO3C6H4COOH)(m-PO2(OH)C6H4COOH)(m-PO(OH)2C6H4COOH)]2 as building block of layered hybrid material

P. Jaffrès, J. Rueff, A. Leclaire, 2009 .

Crystallographic and catalytic studies of a new solid solution CdMoxW1-xO4

B. Raveau, M. Daturi, L. Savary, 1996 .

Magnetic and Transport Properties of Some Mixed-Valent Niobium Phosphates.

B. Raveau, J. Provost, M. Borel, 1993 .

Two New Closely Related MoV Hydroxymonophosphates Built Up of Cd[Mo6P4O25(OH)6]2 and Cd[Mo6P4O26(OH)5]2 Clusters.

B. Raveau, M. Borel, A. Leclaire, 1998 .

Single-crystal structure of K3Nb8O21

B. Raveau, A. Grandin, M. Borel, 1993 .

A novel Mo(V) monophosphate with Bromine and mixed valent Lead and a PbO double bond: Pb2+(Pb4+O)Br(Mo5+O)2(PO4)3

A. Leclaire, 2006 .

The caesium oxygen interactions in the crystalline solids

A. Leclaire, 2008 .

Magnetic and transport properties of some mixed-valent niobium phosphates

B. Raveau, J. Provost, M. Borel, 1993 .

A new vanadium(IV) monophosphate, Sr(VO)2(PO4)2, isotypic with Ca(VO)2(PO4)2

B. Raveau, M. Borel, A. Leclaire, 1999 .

New molybdeno-and tungstodiphosphates with the (NH4)2MoO2P2O7 chain-like structure

B. Raveau, C. Michel, M. Borel, 1997 .