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Substances /
Molecular Formulas 		α-Am2S3; α-Bk2S3; α-Cm2S3; α-Np2S3; α-Pu2S3; α-ThAs2; α-ThP2; α-U2N3+x; α-U2N3; α-US2-x; α-US2; α-USe2-x; α-USe2; α-UTe3; β-Am2S3; β-Np2S3; β-NpS2; β-Pu2S3; β-U2N3; β-US2; β-USe2; β-UTe3; γ-Ac2S3; γ-Am2S3; γ-Am2Se3; γ-Am2Te3; γ-Bk2S3; γ-Bk2Se3; γ-Cf2S3; γ-Cf2Se3; γ-Cm2S3; γ-Cm2Se3; γ-Cm2Te3; γ-Np2S3; γ-Np2Se3; γ-PaSe2; γ-Pu2S3; γ-Pu2Se3; γ-Pu2Te3; γ-U2Te3-x; γ-U2Te3; γ-US2; γ-USe2; η-Am2Se3; η-Am2Te3; η-Bk2Se3; η-Bk2Te3; η-Cm2Te3; η-Np2S3; η-Np2Te3; η-Pu2Se3; η-Pu2Te3; η-Th2S3; η-Th2Se3; η-U2S3; η-U2Se3; η-U2Te3-x; η-U2Te3; α-Am2S3; α-Bk2S3; α-ThAs2; α-ThP2; α-US2-x; α-US2; α-USe2-x; α-USe2; α-UTe3; β-NpS2; β-USe2; γ-Am2Se3; γ-Am2Te3; γ-Bk2Se3; γ-Cf2Se3; γ-Cm2Se3; γ-Cm2Te3; γ-Np2Se3; γ-PaSe2; γ-Pu2Se3; γ-Pu2Te3; γ-U2Te3-x; γ-U2Te3; γ-USe2; γ-Uranium dioxide; η-Am2Se3; η-Am2Te3; η-Bk2Se3; η-Bk2Te3; η-Cm2Te3; η-Np2Te3; η-Pu2Se3; η-Pu2Te3; η-Th2S3; η-Th2Se3; η-U2S3; η-U2Te3-x; η-U2Te3; (U1-xThx)3As4; (U1-xThx)3P4; (U2.67Te4); (U1-xThx)3As4; (U1-xThx)3P4; Am3S4; Am3Se4; Am3Te4; Am4Sb3; Am3S4; Am3Se4; Am3Te4; Am4Sb3; AmS2-x; AmS2-x; AmSb2; AmSb2; AmSe2-x; AmSe2-x; AmTe2; AmTe3; AmTe2; AmTe3; An-Y (An = U, Np, Pu, Am, Y = chalcogen); As2Np; As2Pa; As2Th; As2U; As4Np3; As4Pa3; As4Th3; As4U3; Bi2Th; Bi2U; Bi3Th5; Bi4Th3; Bi4U3; BkS2; BkS2; BkSe2; BkSe2; BkTe2; BkTe3; BkTe2; BkTe3; C.I. 77915; CfS2; CfS2; CfSe2; CfSe2; CfTe2; CfTe2; CmS2; CmS2; CmSe2; CmSe2; CmTe2; CmTe3; CmTe2; CmTe3; N4Th3; Np2S5; Np2Se5; Np3As4; Np3P4; Np3S4; Np3S5; Np3Sb4; Np3Se4; Np3Se5; Np3Te4; Np2S5; Np2Se5; Np3As4; Np3P4; Np3S4; Np3S5; Np3Sb4; Np3Se4; Np3Se5; Np3Te4; NpAs2; NpAs2; NpS3; NpS3; NpSb2; NpSb2; NpSe3; NpSe3; NpTe2-x; NpTe2; NpTe3; NpTe2-x; NpTe2; NpTe3; O2U; P11Th2; P2Pa; P2U; P4Pa3; P4Th3; P4U3; P7Th; Pa3As4; Pa3P4; Pa3Sb4; Pa3As4; Pa3P4; Pa3Sb4; PaAs2; PaAs2; PaP2; PaP2; PaS2; PaS2; PaSb2; PaSb2; Protactinium disulfide; Pu3S4; Pu3Se4; Pu4Sb3; Pu3S4; Pu3Se4; Pu4Sb3; PuS2-x; PuS2; PuS2-x; PuS2; PuSb2; PuSb2; PuSe2-x; PuSe2-x; PuTe2-x; PuTe3; PuTe2-x; PuTe3; S12Th7; S2Th; S3U; S5Th2; S5U2; S5U3; Sb2Th; Sb2U; Sb4Th3; Sb4U3; Sb4U5; Se12Th7; Se12U7; Se2Th; Se3Th; Se3U; Se4U3; Se5Th2; Se5U3; Te12Th7; Te12U7; Te2Th; Te2U; Te3Th; Te3U; Te3U2; Te4U3; Te5U; Te5U2; Te5U3; Th-Bi; Th-N; Th-N-O; Th-Se; Th2P11; Th2S5; Th2Se5; Th3As4; Th3Bi4; Th3N4; Th3P4; Th3Sb4; Th3X4 (X = pnictogen); Th5Bi3; Th7S12; Th7Se12; Th7Te12; Th2P11; Th2S5; Th2Se5; Th3As4; Th3Bi4; Th3N4; Th3P4; Th3Sb4; Th5Bi3; Th7S12; Th7Se12; Th7Te12; ThAs2; ThAs2; ThBi2; ThBi2; ThP7; ThP7; ThS2; ThS2; ThSb2; ThSb2; ThSe2; ThSe3; ThSe2; ThSe3; ThTe2; ThTe3; ThTe2; ThTe3; Thorium Disulphide; Thorium Nitride; Thorium nitride (Th3N4); Thorium selenide (ThSe2); Thorium sulfide; Thorium sulfide (ThS2); Thorium telluride (ThTe2); Trithorium Tetrasulphide; U(As1-xSex)2; U(As1-xSex)2; U(P1-xAsx)2; U(P1-xAsx)2; U(Se1-xTex)2; U(Se1-xTex)2; U-Bi; U-N; U-Sb; U-Te; U-Y(Y = chalcogen); U2N3+x; U2S5; U2Te3; U2Te5; U3(P1-xAsx)4; U3As4; U3Bi4; U3P4; U3S5; U3Sb4; U3Se4; U3Se5; U3Te4; U3Te5; U3X4 (X = pnictogen); U3Y4 (Y = Se, Te); U5Sb4; U7Se12; U7Te12; U2.67Te4; U2N3+x; U2S5; U2Te3; U2Te5; U3(P1-xAsx)4; U3As4; U3Bi4; U3P4; U3S5; U3Sb4; U3Se4; U3Se5; U3Te4; U3Te5; U5Sb4; U7Se12; U7Te12; UAs2; UAs2; UBi2; UBi2; UO2; UO2; UP1.7As0.3; UP1.8As0.2; UP2; UP1.7As0.3; UP1.8As0.2; UP2; US3; US3; USb2; USb2; USe3; USe3; UTe2; UTe3.38; UTe3; UTe5; UTe2; UTe3.38; UTe3; UTe5; UX2 (X = pnictogen); UY3 (Y = chalcogen); Uran(IV)oxid; Urandioxid; Urania; Urania (UO2); Uranium dioxide; Uranium oxide; Uranium oxide (UO2); Uranium telluride (U2Te3); Uranium(4+) dioxide; Uranium(IV) oxide; Uranphosphid (U3P4); thorium (IV) selenide; thorium (IV) sulfide; thorium (IV) sulphide; thorium diselenide; thorium disulfide; thorium ditelluride; thorium selenide; trithorium tetranitride; trithorium tetraphosphide; triuranium tetraphosphide; uranium (IV) oxide; uranium (VI) selenide; uranium (VI) telluride; uranium selenide; uranium triselenide; uranium tritelluride
Element Systems Ac-S; Am-S; Am-Sb; Am-Se; Am-Te; As-Np; As-P-U; As-Pa; As-Se-U; As-Th; As-Th-U; As-U; Bi-Th; Bi-U; Bk-S; Bk-Se; Bk-Te; Cf-S; Cf-Se; Cf-Te; Cm-S; Cm-Se; Cm-Te; N-O-Th; N-Th; N-U; Np-P; Np-S; Np-Sb; Np-Se; Np-Te; O-U; P-Pa; P-Th; P-Th-U; P-U; Pa-S; Pa-Sb; Pa-Se; Pu-S; Pu-Sb; Pu-Se; Pu-Te; S-Th; S-U; Sb-Th; Sb-U; Se-Te-U; Se-Th; Se-U; Te-Th; Te-U; U-Y
CAS Registry
Numbers 		12006-49-4; 12033-90-8; 12037-83-1; 12037-84-2; 12039-39-3; 12040-18-5; 12066-59-0; 12138-07-7; 12138-23-7; 12269-74-8; 12504-50-6; 1344-57-6; 60763-24-8; 70495-35-1
Properties magnetic moment; magnetic properties; magnetic susceptibility; magnetization
Keywords survey

Source

Title

Survey
In

Binary non-equiatomic actinide pnictides and chalcogenides
Author D. Kaczorowski, R. Troć
Affiliation
W. Trzebiatowski Institute of Low Temperature and Structure Research, Polish Academy of Sciences, 1410, 50-950 Wroclaw 2, Poland
Part of Landolt-Börnstein - Group III Condensed Matter
Numerical Data and Functional Relationships in Science and Technology
Volume

27B7: Pnictides and Chalcogenides III
Edited by H.P.J. Wijn
Chapter-DOI 10.1007/10836796_3
Book-DOI 10.1007/b80618 (Volume in Bookshelf)

Cite as

RIS-Export Kaczorowski, D., Troć, R.: Survey. Wijn, H.P.J. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10836796_3

Abstract

Survey in 'Binary non-equiatomic actinide pnictides and chalcogenides', part of 'Landolt-Börnstein - Group III Condensed Matter: Numerical Data and Functional Relationships in Science and Technology, Volume 27B7: Pnictides and Chalcogenides III'.
This document is part of Subvolume B7 'Binary non-equiatomic actinide pnictides and chalcogenides' of Volume 27 'Magnetic properties of non-metallic inorganic compounds based on transition elements' of Landolt-Börnstein - Group III Condensed Matter. A survey of data is provided. Substances contained in this document (element systems and chemical formulae): Ac-S: γ-Ac2S3. Am-S: Am3S4, AmS2-x. Am-S: α-Am2S3, β-Am2S3, γ-Am2S3. Am-Sb: Am4Sb3, AmSb2. Am-Se: Am3Se4, AmSe2-x, γ-Am2Se3, η-Am2Se3. Am-Te: Am3Te4, AmTe2, AmTe3, γ-Am2Te3, η-Am2Te3. An-Y: An-Y (An = U, Np, Pu, Am; Y = chalcogen). As-Np: Np3As4, NpAs2. As-P-U: U(P1-xAsx)2, U3(P1-xAsx)4, UP1.7As0.3, UP1.8As0.2. As-Pa: Pa3As4, PaAs2. As-Se-U: U(As1-xSex)2. As-Th: Th3As4, ThAs2, α-ThAs2. As-Th-U: (U1-xThx)3As4. As-U: U3As4, UAs2. Bi-Th: Th3Bi4, Th5Bi3, Th-Bi, ThBi2. Bi-U: U3Bi4, U-Bi, UBi2. Bk-S: BkS2, α-Bk2S3, γ-Bk2S3. Bk-Se: BkSe2, γ-Bk2Se3, η-Bk2Se3. Bk-Te: BkTe2, BkTe3, η-Bk2Te3. Cf-S: CfS2, γ-Cf2S3. Cf-Se: CfSe2, γ-Cf2Se3. Cf-Te: CfTe2. Cm-S: CmS2, γ-Cm2S3. Cm-Se: CmSe2, γ-Cm2Se3. Cm-S: α-Cm2S3. Cm-Te: CmTe2, CmTe3, γ-Cm2Te3, η-Cm2Te3. N-O-Th: Th-N-O. N-Th: Th3N4, Th-N. N-U: U2N3+x, α-U2N3+x, U-N, α-U2N3, β-U2N3. Np-P: Np3P4. Np-S: Np2S5, Np3S4, Np3S5, NpS3, β-NpS2, α-Np2S3, η-Np2S3, β-Np2S3, γ-Np2S3. Np-Sb: Np3Sb4, NpSb2. Np-Se: Np2Se5, Np3Se4, Np3Se5, NpSe3, γ-Np2Se3. Np-Te: Np3Te4, NpTe2, NpTe2-x, NpTe3, η-Np2Te3. O-U: UO2. P-Pa: Pa3P4, PaP2. P-Th: Th2P11, Th3P4, ThP7, α-ThP2. P-Th-U: (U1-xThx)3P4. P-U: U3P4, UP2. Pa-S: PaS2. Pa-Sb: Pa3Sb4, PaSb2. Pa-Se: γ-PaSe2. Pu-S: Pu3S4, PuS2, PuS2-x, α-Pu2S3, β-Pu2S3, γ-Pu2S3. Pu-Sb: Pu4Sb3, PuSb2. Pu-Se: Pu3Se4, PuSe2-x, γ-Pu2Se3, η-Pu2Se3. Pu-Te: PuTe2-x, PuTe3, γ-Pu2Te3, η-Pu2Te3. S-Th: Th2S5, Th7S12, ThS2, η-Th2S3. S-U: U2S5, U3S5, US3, α-US2, α-US2-x, η-U2S3, β-US2, γ-US2. Sb-Th: Th3Sb4, ThSb2. Sb-U: U3Sb4, U5Sb4, U-Sb, USb2. Se-Te-U: U(Se1-xTex)2. Se-Th: Th2Se5, Th7Se12, Th-Se, ThSe2, ThSe3, η-Th2Se3. Se-U: U3Se4, U3Se5, U7Se12, USe3, α-USe2, α-USe2-x, β-USe2, γ-USe2, η-U2Se3. Te-Th: Th7Te12, ThTe2, ThTe3. Te-U: U2.67Te4, U2Te3, U2Te5, U3Te4, U3Te5, U7Te12, U-Te, UTe2, UTe3, UTe3.38, UTe5, α-UTe3, γ-U2Te3, γ-U2Te3-x, η-U2Te3, η-U2Te3-x, β-UTe3. Th-X: Th3X4 (X = pnictogen). U-X: U3X4 (X = pnictogen), UX2 (X = pnictogen). U-Y: U3Y4 (Y = Se,Te), U-Y (Y = chalcogen), UY3 (Y = chalcogen)