I. Olekseyuk

发表

Quasi-ternary System Cu2Te-CdTe-In2Te3

I. A. Ivashchenko, E. Kadykalo, L. Marushko, 2013 .

The CuGaSe2–CuInSe2–2CdS system and single crystal growth of the γ-phase

I. D. Olekseyuk, Y. Romanyuk, L. Marushko, 2011 .

The CuInSe2–CuGaSe2–2CdSe system and crystal growth of the γ-solid solutions

Y. Romanyuk, L. Marushko, I. Olekseyuk, 2010 .

Quasi-ternary system CuGaS2–CuInS2–2CdS

Y. Romanyuk, L. Marushko, I. Olekseyuk, 2010 .

The reciprocal CuInS2+2CdSe⇔CuInSe2+2CdS system. Part I. The quasi-binary CuInSe2–CdSe system: Phase diagram and crystal structure of solid solutions

I. Olekseyuk, L. Piskach, O. Parasyuk, 2006 .

The reciprocal CuInS2+2CdSe⇔CuInSe2+2CdS system—Part II: Liquid–solid equilibria in the system

I. Olekseyuk, L. Piskach, V. Pekhnyo, 2006 .

The Quasi-Ternary System Cu2Se-Ga2Se3-GeSe2

I. A. Ivashchenko, O. F. Zmiy, I. Olekseyuk, 2013 .

Phase diagram of the CuGaSe2-SiSe2 and CuInSe2-SiSe2 systems

I. Olekseyuk, O. Parasyuk, V. P. Sachanyuk, 2006 .

Phase equilibria in the Cu2S–ZnS–SnS2 system

I. Olekseyuk, L. Piskach, I. V. Dudchak, 2004 .

X-ray powder diffraction refinement of Ag2In2SiSe6 structure and phase diagram of the AgInSe2-SiSe2 system

I. Olekseyuk, O. Parasyuk, V. P. Sachanyuk, 2006 .

Interaction of argyrodite family compounds with the chalcogenides of II-b elements

Y. Romanyuk, I. Olekseyuk, L. Piskach, 2006 .

Quasi-Ternary System Cu2Se-GeSe2-As2Se3

I. A. Ivashchenko, I. Olekseyuk, L. Gulay, 2020, Journal of Phase Equilibria and Diffusion.

Synthesis and structure of the new semiconductor compounds Tl2BIIDIVX4 (BII–Cd, Hg; DIV– Si, Ge; X–Se, Te) and isothermal sections of the Tl2Se–CdSe-Ge(Sn)Se2 systems at 570 K

I. Olekseyuk, G. Myronchuk, L. Piskach, 2020 .

Synthesis and structural properties of CuInGeS4

I. Olekseyuk, A. Fedorchuk, O. Parasyuk, 2011 .

Phase diagram of the quasi-binary system TlInSe2–SnSe2

I. Olekseyuk, A. Fedorchuk, L. Piskach, 2011 .

The Ag2S–ZnS–GeS2 system: Phase diagram, glass-formation region and crystal structure of Ag2ZnGeS4

I. Olekseyuk, A. Fedorchuk, L. Piskach, 2010 .

Crystal structures of the R2Pb3Sn3S12 (R = La, Ce, Pr, Nd, Sm, Gd, Tb, Dy, Ho, Er and Tm) compounds

I. Olekseyuk, L. Gulay, O. Marchuk, 2008 .

Investigation of the R2Te3–M2Te–PbTe (R = Tb, Dy; M = Cu, Ag) systems at 770 K

I. Olekseyuk, M. Daszkiewicz, L. Gulay, 2008 .

The CdSe–Ga2Se3–PbSe system

I. Olekseyuk, O. Parasyuk, S. M. Sosovska, 2008 .

Formation of an endothermal Cu2In2SiS6 compound in the CuInS2–SiS2 system

I. Olekseyuk, O. Parasyuk, V. P. Sachanyuk, 2007 .

Investigation of the R2Se3–Cu2Se–In2Se3 (R = La, Pr, Y and Er) systems at 870 K and crystal structure of the R2CuInSe5 (R = La, Ce and Pr) compounds

I. Olekseyuk, M. Huch, L. Gulay, 2007 .

Investigation of the R2S3–Cu2S–PbS (R = Y, Dy, Ho and Er) systems

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2007 .

Crystal structures of the compounds R3CuSiS7 (R = Ce, Pr, Nd, Sm, Tb, Dy and Er) and R3CuSiSe7 (R = La, Ce, Pr, Nd, Sm, Gd, Tb and Dy)

I. Olekseyuk, J. Stȩpień‐Damm, M. Daszkiewicz, 2007 .

Crystal structures of the R4In4.72Se13 (R = La and Ce) compounds

I. Olekseyuk, M. Huch, L. Gulay, 2007 .

Crystal structures of the compounds Yb5.5AgSe8, YbAgSe2 and YxYb1−xCuYbSe3 (x = 0.11)

I. Olekseyuk, J. Stȩpień‐Damm, M. Huch, 2007 .

New compounds Cu2MnTi3S8 and Cu2NiTi3S8 with thiospinel structure

I. Olekseyuk, A. Fedorchuk, O. Parasyuk, 2007 .

Formation of an endothermal Cu 2 In 2 SiS 6 compound in the CuInS 2 -SiS 2 system

I. Olekseyuk, O. Parasyuk, V. P. Sachanyuk, 2007 .

Crystal structures of the ScAgSe2 and Sc1.02Cu0.54Sn1.1S4 compounds

I. Olekseyuk, L. Gulay, V. Shemet, 2006 .

Crystal structures of the R2CuInS5 (R=La, Ce, Pr, Nd and Sm) compounds

I. Olekseyuk, M. Huch, L. Gulay, 2006 .

Crystal structure of the RAgTe2 (R = Y, Tb, Dy, Ho and Er) compounds

I. Olekseyuk, L. Gulay, A. Pietraszko, 2006 .

Crystal structures of the R3CuGeSe7 (R = Ce, Pr, Nd, Sm, Gd, Tb and Ho) compounds

I. Olekseyuk, L. Gulay, A. Pietraszko, 2006 .

Investigation of the Y2Te3–Cu2Te–PbTe system at 870 K and crystal structures of the Y7Cu3Te12 and YCu0.264Te2 compounds

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2006 .

Investigation of the Ho2Se3–Cu2Se–PbSe and Er2Se3–Cu2Se–PbSe systems at 870 K

I. Olekseyuk, J. Stȩpień‐Damm, M. Wołcyrz, 2006 .

Investigation of the Pr2Se3–Cu2Se–PbSe and Pr2Se3–Ag2Se–PbSe systems

I. Olekseyuk, L. Gulay, O. Marchuk, 2006 .

Isothermal section of the Y2S3–Cu2S–GeS2 system at 870 K and crystal structures of the Y3Ge1.25S7 and Y3CuGeS7 compounds

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2006 .

X-ray diffraction study of the AgCd2−xMnxGaS4 semiconductor alloys and their electrical, optical, and photoelectrical properties

Y. Romanyuk, I. Olekseyuk, O. Parasyuk, 2006 .

Crystal structures of the R3.33CuPb1.5S7 (R = Tb, Dy, Ho, Er and Lu) compounds

I. Olekseyuk, L. Gulay, 2006 .

Crystal structure of the R5CuPb3Se11 (R=Er, Tm and Yb) compounds

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2006 .

Crystal structure of the Sc2PbX4 (X = S and Se) compounds

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2006 .

Crystal structure of the R6Pb2Se11 (R = Y, Dy and Ho) compounds

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2005 .

Crystal structure of the R 7Cu 3Te 12 (R = Tb, Dy, Ho, Er and Tm) compounds

I. Olekseyuk, L. Gulay, A. Pietraszko, 2005 .

Crystal structure of new selenosilicates Pb1.75M0.5SiSe4 (M = Cu and Ag)

I. Olekseyuk, M. Wołcyrz, M. Huch, 2005 .

Crystal structures of the Y3CuSiS7 and Y3CuSiSe7 compounds

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2005 .

X-ray powder diffraction study of semiconducting alloys Ag1−xCuxCd2GaS4 and AgCd2Ga1−xInxS4

I. Olekseyuk, L. Piskach, V. Pekhnyo, 2005 .

Crystal structures of the compounds RCuS 2 (R = Dy, Ho, Yb, Lu) and Tm 0.97Cu 1.10S 2

I. Olekseyuk, L. Gulay, 2005 .

Isothermal section of the Cu2Se–HgSe–GeSe2 system at 670 K and crystal structures of the compounds Cu2HgGeSe4 and HT-modification of Cu2HgGeS4

I. Olekseyuk, L. Gulay, O. Marchuk, 2005 .

Phase relations in the quasi-binary Cu2GeS3-ZnS and quasi-ternary Cu2S-Zn(Cd)S-GeS2 systems and crystal structure of Cu2ZnGeS4

Y. Romanyuk, I. Olekseyuk, L. Piskach, 2005 .

X-ray powder diffraction refinement of Cu2ZnGeTe4 structure and phase diagram of the Cu2GeTe3–ZnTe system

I. Olekseyuk, L. Piskach, O. Parasyuk, 2005 .

The quasi-ternary system AgSCdSGeS and the crystal structure of AgCdGeS

I. Olekseyuk, L. Piskach, V. Pekhnyo, 2005 .

Crystal structures of the R 3.33CuPb 1.5Se 7 (R = Tb, Dy, Ho, Er, Tm, Yb and Lu) compounds

I. Olekseyuk, L. Gulay, 2005 .

The quasi-ternary system Cu2Se–CdSe–In2Se3 and the crystal structure of the Cu0.6Cd0.7In6Se10 compound

O. F. Zmiy, I. Olekseyuk, L. Gulay, 2005 .

Crystal structures of the Y 3.33CuPb 1.5X 7 (X = S, Se) compounds

I. Olekseyuk, L. Gulay, V. Shemet, 2005 .

Crystal structures of the ScCuSe2 and Sc3CuSn3Se11 compounds

I. Olekseyuk, L. Gulay, V. Shemet, 2005 .

Crystal structures of the R3CuSnSe7 (R = La, Ce, Pr, Nd, Sm, Gd, Tb and Dy) compounds

I. Olekseyuk, L. Gulay, 2005 .

Single-crystal growth of Cu2CdGeS4

Y. Romanyuk, I. Olekseyuk, O. Parasyuk, 2005 .

Crystal structures of the compounds YCuS2, Y3CuSnS7 and YCuPbS3

I. Olekseyuk, L. Gulay, V. Shemet, 2005 .

Crystal structures of the compounds R3CuSe6 (R = Gd, Tb and Dy) and TbCu0.34Te2

I. Olekseyuk, L. Gulay, 2005 .

Crystal structures of the RCuPbSe3 (R = Gd, Tb, Dy, Ho, Er, Tm, Yb and Lu) compounds

I. Olekseyuk, L. Gulay, 2005 .

The Ag2Se–HgSe–GeSe2 system and crystal structures of the compounds

Y. Romanyuk, I. Olekseyuk, L. Piskach, 2003 .

Single crystal preparation and crystal structure of the Cu2Zn/Cd, Hg/SnSe4 compounds

I. Olekseyuk, L. Piskach, O. Parasyuk, 2002 .

Crystal structure of the Ag0.735InGeSe4 compound

I. Olekseyuk, L. Gulay, O. V. Krykhovets, 2002 .

The Ag2Se–CdSe–SnSe2 system at 670 K and the crystal structure of the Ag2CdSnSe4 compound

I. Olekseyuk, L. Piskach, O. Parasyuk, 2002 .

Crystal structures of the compounds Cu2CoSi(Ge,Sn)S4 and Cu2CoGe(Sn)Se4

I. Olekseyuk, L. Gulay, O. Nazarchuk, 2004 .

GLASS-FORMATION REGIONS AND THERMAL PARAMETERS OF THE GLASSES IN THE Ag2Se–Zn(Cd,Hg)Se–GeSe2 SYSTEMS

I. Olekseyuk, L. Piskach, Y. Kogut, 2021, Problems of Chemistry and Sustainable Development.

Quasi-Ternary System Ag2Se-CdSe-Ga2Se3

E. Kadykalo, L. Marushko, I. Olekseyuk, 2013 .

Quasi-ternary system Cu2GeS3―Cu2SnS3―CdS

L. Marushko, I. Olekseyuk, L. Piskach, 2009 .

Phase equilibria in the quasi-ternary system Ag2S-In2S3-CdS at 870 K

I. Olekseyuk, A. Fedorchuk, O. Parasyuk, 2009 .

The reciprocal system Cu2GeS3 + 3CdSe ⇔ Cu2GeSe3 + 3CdS

L. Marushko, I. Olekseyuk, L. Piskach, 2009 .

Solid–liquid equilibria in the quasi-ternary system CdS–Ga2S3–GeS2

I. Olekseyuk, L. Piskach, V. Pekhnyo, 2006 .

Phase relations in the Ag2S-CdS-SnS2 system and the crystal structure of the compounds

I. Olekseyuk, L. Piskach, V. Pekhnyo, 2005 .

Single-crystal growth and properties of AgCd2GaS4

Y. Romanyuk, I. Olekseyuk, O. Parasyuk, 2005 .

The AgGaS2 + 2CdSe ⇔ AgGaSe2 + 2CdS system

I. Olekseyuk, O. Parasyuk, L. Gulay, 2004 .

Phase equilibria in the quasi-ternary system Cu 2SeCdSeIn 2Se 3

I. Olekseyuk, O. Zmiy, I. Mishchenko, 2004 .

Phase diagrams of the Ag2Se–Zn(Cd)Se–SiSe2 systems and crystal structure of the Cd4SiSe6 compound

I. Olekseyuk, L. Piskach, O. Parasyuk, 2003 .

Phase diagram of the AgGaSe2–CdSe system and crystal structure of the AgCd2GaSe4 compound

E. Kadykalo, I. Olekseyuk, O. Parasyuk, 2002 .

Crystal structures of the Ag4HgGe2S7 and Ag4CdGe2S7 compounds

I. Olekseyuk, O. Parasyuk, L. Gulay, 2002 .

Phase equilibria in the quasi-ternary system Ag2S-CdS-Ga2S3

Y. Romanyuk, I. Olekseyuk, L. Piskach, 2001 .

Phase diagram and electric transport properties of samples of the quasi-binary system CuInS2–CdS

I. Olekseyuk, O. Parasyuk, V. Halka, 2000 .

The Cu2Se–CdSe–GeSe2 system

I. Olekseyuk, L. Piskach, O. Parasyuk, 2000 .

The phase equilibria in the quasi-ternary Cu2S–CdS–SnS2 system

I. Olekseyuk, L. Piskach, O. Parasyuk, 1998 .

Tl2S–Ga2S3–GeS2 glasses for optically operated laser third harmonic generation

L. Marushko, I. Olekseyuk, O. Parasyuk, 2017, Journal of Materials Science: Materials in Electronics.

The Ag2Se–HgSe–SiSe2 system in the 0–60 mol.% SiSe2 region

Y. Romanyuk, I. Olekseyuk, O. Parasyuk, 2003 .

Glass formation and optical properties of the glasses in the Ag2S–HgS–GeS2 system

I. Olekseyuk, V. Pekhnyo, O. Parasyuk, 2009 .

Phase equilibria in the HgS–Ga2S3–GeS2 system

I. I. Mazurets, I. Olekseyuk, O. Parasyuk, 2006 .

Phase diagram of the Ag2S–HgS–SnS2 system and single crystal preparation, crystal structure and properties of Ag2HgSnS4

I. Olekseyuk, L. Piskach, V. Pekhnyo, 2005 .

Crystal structures of the Cu6Hg0.973SiS5.973 and Ag6Hg0.897SiS5.897 compounds

I. Olekseyuk, O. Parasyuk, L. Gulay, 2002 .

Phase diagram of the quasi-binary Cu2GeS3–HgS system and crystal structure of the LT-modification of the Cu2HgGeS4 compound

Y. Romanyuk, I. Olekseyuk, O. Parasyuk, 2002 .

Crystal structure of the Hg4SiS6 and Hg4SiSe6 compounds

I. Olekseyuk, O. Parasyuk, L. Gulay, 2002 .

Crystal structures of the compounds YCuPbSe3, Y3CuSnSe7 and Y3Cu0.685Se6

I. Olekseyuk, L. Gulay, V. Shemet, 2004 .

Electronic structure and optical properties of (Ga 70 La 30 ) 2 S 300 and (Ga 69.75 La 29.75 Er 0.5 ) 2 S 300 single crystals, novel light-converting materials

I. Olekseyuk, O. Khyzhun, V. Halyan, 2018, Physica B: Condensed Matter.

Physical Properties of the (Ga₇₀La₃₀)_2S₃₀₀, (Ga_{69.75}La_{29.75}Er_{0.5})_2 S₃₀₀ Single Crystals

I. Olekseyuk, V. Halyan, A. Kevshyn, 2017 .

The Tl2Se–HgSe–GeSe2 system and the crystal structure of Tl2HgGeSe4

I. Olekseyuk, A. Fedorchuk, L. Piskach, 2013 .

Physico-chemical interaction in the Tl2Se–HgSe–DIVSe2 systems (DIV – Si, Sn)

I. Olekseyuk, A. Fedorchuk, L. Piskach, 2012 .

Crystal structures of the compounds Ni3Te2, Ni3−δTe2 (δ=0.12) and Ni1.29Te

I. Olekseyuk, L. Gulay, 2004 .

Crystal structures of the R3Mg0.5GeS7 (R = Y, Ce, Pr, Nd, Sm, Gd, Tb, Dy, Ho and Er) compounds

I. Olekseyuk, M. Huch, L. Gulay, 2006 .

Crystal structure of the phases Hg5CIII2X8 (CIII = Ga, In; X = Se, Te)

I. Olekseyuk, A. Fedorchuk, O. Parasyuk, 2010 .

The crystal structures of R3CuGeS7 (R = Ce-Nd, Sm, Gd-Dy and Er)

Adam Pietraszko, I. D. Olekseyuk, L. D. Gulay, 2006 .

The Y2S3–La2S3–GeS2 system at 770 K

I. Olekseyuk, L. Gulay, O. Smitiukh, 2017 .

Investigation of the Ho2X3-Cu2X-ZX2 (X = S, Se; Z = Si, Ge) systems

I. Olekseyuk, J. Stȩpień‐Damm, M. Daszkiewicz, 2007 .

Investigation of the Y2X3—Cu2X—SnX2 (X: S, Se) Systems

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2006 .

Isothermal Section of the Y2Se3—Cu2Se—GeSe2 System at 870 K and Crystal Structure of the Y3CuGeSe7 Compound.

I. Olekseyuk, L. Gulay, O. S. Lychmanyuk, 2006 .

The Crystal Structures of R3CuSnS7 (R = La–Nd, Sm, Gd–Ho)

I. D. Olekseyuk, L. D. Gulay, Marek Wołcyrz, 2005 .

Investigation of the Y2S3-PbS-SnS2 System at 770 K

I. Olekseyuk, L. Gulay, O. Marchuk, 2007 .

PHASE EQUILIBRIA AT THE ISOTHERMAL SECTIONS OF THE QUASI-TERNARY SYSTEMS Ag(Cu)2X–PbX–SNX2 (X=S, Se) AT ROOM TEMPERATURE

I. Olekseyuk, L. Piskach, Y. Kogut, 2021, Problems of Chemistry and Sustainable Development.

X‐ray powder diffraction study of the Cu2Cd1–xMnxSnSe4 alloys

I. Olekseyuk, O. Parasyuk, V. P. Sachanyuk, 2006 .

Phase diagrams of the quasi-binary systems Cu2S–SiS2 and Cu2SiS3–PbS and the crystal structure of the new quaternary compound Cu2PbSiS4

I. Olekseyuk, L. Piskach, O. Parasyuk, 2005 .

Isothermal sections of the quasi-ternary systems Ag2S(Se)–Ga2S(Se)3–In2S(Se)3 at 820 K and the physical properties of the ternary phases Ga5.5In4.5S15, Ga6In4Se15 and Ga5.5In4.5S15:Er3+, Ga6In4Se15:Er3+

I. Olekseyuk, L. Gulay, V. Halyan, 2016 .

The Ag2S-In2S3-Si(Ge)S2 systems and crystal structure of quaternary sulfides Ag2In2Si(Ge)S6

Victor V. Atuchin, I. D. Olekseyuk, V. Atuchin, 2008 .

Phase Equilibria in the Quasi-Ternary System Cu2Se-GeSe2-Sb2Se3

I. Olekseyuk, O. Strok, I. Ivashchenko, 2020, Journal of Phase Equilibria and Diffusion.

The phase equilibria in the Er2S3–In2S3–Ga2S3 quasi-ternary system at 770 K and the properties of the intermediate compounds

I. Olekseyuk, M. Daszkiewicz, L. Gulay, 2020 .

Phase equilibria in the quasiternary system Ag2S–Ga2S3–In2S3 and optical properties of (Ga55In45)2S300, (Ga54.59In44.66Er0.75)2S300 single crystals

I. Olekseyuk, V. Halyan, I. Ivashchenko, 2015 .

Phase equilibria in the quasi-ternary system Ag2Se–Ga2Se3–In2Se3 and physical properties of (Ga0.6In0.4)2Se3, (Ga0.594In0.396Er0.01)2Se3 single crystals

I. Olekseyuk, V. Halyan, I. Ivashchenko, 2014 .

Vertical section AgIn5Se8–CdIn2Se4 and crystal structure of the AgIn5Se8 compound (4T-polytype)

I. Olekseyuk, L. Gulay, I. Ivashchenko, 2007 .

Crystal structure of the CuIn7Se11 compound

I. Olekseyuk, L. Gulay, I. Ivashchenko, 2004 .

Quasi-Ternary System Ag2Se-CdSe-Ga2Se3

E. Kadykalo, L. Marushko, I. Olekseyuk, 2013, Journal of Phase Equilibria and Diffusion.

Phase Equilibria in the Quasi‐ternary System Ag2S—In2S3—CdS at 870 K.

I. Olekseyuk, A. Fedorchuk, O. Parasyuk, 2009 .

Phase Equilibria in the AgGaS2—ZnS and AgInS2—ZnS Systems.

I. Olekseyuk, O. Parasyuk, V. Halka, 2001 .

Quasi-ternary System Cu2Te-CdTe-In2Te3

E. Kadykalo, L. Marushko, I. Olekseyuk, 2013, Journal of Phase Equilibria and Diffusion.

Quaternary Tl2CdGeSe4 selenide: Electronic structure and optical properties of a novel semiconductor for potential application in optoelectronics

B. V. Gabrelian, N. Hieu, I. Olekseyuk, 2021 .

Phase Relations in the Quasi-Binary Cu2GeS3—ZnS and Quasi-Ternary Cu2S—Zn(Cd)S—GeS2 Systems and Crystal Structure of Cu2ZnGeS4.

Y. Romanyuk, I. Olekseyuk, L. Piskach, 2005 .

Effect of Copper Doping on the Optical Properties of AgxGaxGe1 − xSe2 (0.12 ≤ x ≤ 0.25) Single Crystals

I. Olekseyuk, G. P. Gorgut, G. E. Davidyuk, 2005 .

The phase equilibria in the quasi-ternary Ag2SeGa2Se3GeSe2 system

I. Olekseyuk, O. Parasyuk, G. P. Gorgut, 1997 .

Crystal chemical properties and preparation of single crystals of AgGaSe2GeSe2 γ-solid solutions

I. D. Olekseyuk, A. V. Gulyak, I. Olekseyuk, 1996 .

Synthesis and downconversion photoluminescence of Erbium-doped chalcohalide glasses of AgCl(I)-Ga2S3-La2S3 systems.

I. Olekseyuk, V. Yukhymchuk, V. Halyan, 2021, Applied optics.

Photoluminescence features and nonlinear-optical properties of the Ag0.05Ga0.05Ge0.95S2Er2S3 glasses

M. Shevchuk, I. Olekseyuk, M. Piasecki, 2019, Optical Materials.

NIR and visible luminescence features of erbium doped Ga2S3–La2S3 glasses

M. Piasecki, I. Olekseyuk, M. Piasecki, 2018, Journal of Non-Crystalline Solids.

(Ga54.59In44.66Er0.75)2S300 single crystal: novel material for detection of γ-radiation by photoinduced nonlinear optical method

I. Olekseyuk, M. Piasecki, I. Kityk, 2017, Journal of Materials Science: Materials in Electronics.

Crystal Structure of the Ln6Pb2Se11 (Ln: Y, Dy and Ho) Compounds.

I. Olekseyuk, J. Stȩpień‐Damm, L. Gulay, 2006 .

Phase diagram of the CdGa 2Se 4-Sb 2Se 3 system and single crystal growth of CdGa 2Se 4

Y. Romanyuk, I. Olekseyuk, O. Parasyuk, 2009 .

Crystal Structure of -Ag8SnSe6.

I. Olekseyuk, O. Parasyuk, L. Gulay, 2002 .

Crystal structure of the Ag2SiS3 compound

I. Kityk, I. Olekseyuk, A. Fedorchuk, 2011 .

Crystal Structure of the Ag2SiS3 Compound.

I. Kityk, I. Olekseyuk, A. Fedorchuk, 2011 .

Crystal Chemical Properties and Preparation of Single Crystals of AgGaSe2-GeSe2 γ-Solid Solutions.

I. D. Olekseyuk, A. V. Gulyak, I. Olekseyuk, 1996 .

Phase equilibria in the systems AgGaS2–SnS2, AgGaSe2–SnSe2

M. Shevchuk, I. Olekseyuk, 2007 .

Nature of the Chemical Interaction in AII—BV—CVI Ternary Systems

I. Olekseyuk, M. I. Golovei, M. Gurzan, 1972 .

Phase equilibria in the AgGaS2–ZnS and AgInS2–ZnS systems

I. Olekseyuk, O. Parasyuk, V. Halka, 2001 .

Synthesis and X‐ray powder diffraction studies of semiconducting alloys in the system AgCd2‐xZnxGaS4

I. Olekseyuk, V. Pekhnyo, O. Parasyuk, 2006 .

The Cu2Se–HgSe–In2Se3 system at 670 K

I. Olekseyuk, O. Parasyuk, V. Halka, 2000 .

The Cu2Se–HgSe–In2Se3 quasi-ternary system: I. Description of the quadrangle Cu2Se–CuInSe2–HgIn2Se4–HgSe

I. Olekseyuk, O. Parasyuk, V. Halka, 2000 .

THE CUGASE2-HGSE AND CUINSE2-HGSE SYSTEMS

I. Olekseyuk, O. Parasyuk, V. Galka, 1998 .

Phase equilibria in Cu2Te–In2Te3–{Sb/Bi}2Te3 systems and crystal structure of CuIn5Te8 compound

I. Olekseyuk, O. Zhbankov, 2007 .

Phase Equilibria in Cu2Te—In2Te3—{Sb/Bi}2 Te3 Systems and Crystal Structure of CuIn5Te8 Compound.

I. Olekseyuk, O. Zhbankov, 2007 .

Tl2S–Ga2S3–GeS2 glasses for optically operated laser third harmonic generation

L. Marushko, I. Olekseyuk, O. Parasyuk, 2017, Journal of Materials Science: Materials in Electronics.

The Tl2S–PbS–SiS2 system and the crystal and electronic structure of quaternary chalcogenide Tl2PbSiS4

I. Olekseyuk, A. Fedorchuk, L. Piskach, 2017 .

Crystal structures of the RCuPbS3 (R = Tb, Dy, Ho, Er, Tm, Yb and Lu) compounds

I. Olekseyuk, L. Gulay, 2005 .

Phase equilibria in the CdGa2Se4–PbSe and CdGa2Se4–As2Se3 systems

Y. Romanyuk, I. Olekseyuk, O. Parasyuk, 2006 .