Quaternary Alloys Based on III-V Semiconductors http://taylorandfrancis.com Quaternary Alloys Based on III-V Semiconductors Vasyl Tomashyk V. Ye. Lashkaryov Institute of Semiconductor Physics of NAS of Ukraine, Kyiv CRCPress Taylor&FrancisGroup 6000BrokenSoundParkwayNW,Suite300 BocaRaton,FL33487-2742 ©2018byTaylor&FrancisGroup,LLC CRCPressisanimprintofTaylor&FrancisGroup,anInformabusiness NoclaimtooriginalU.S.Governmentworks Printedonacid-freepaper InternationalStandardBookNumber-13:978-1-4987-7836-7(Hardback) Thisbookcontainsinformationobtainedfromauthenticandhighlyregardedsources.Reasonableeffortshavebeenmadeto publishreliabledataandinformation,buttheauthorandpublishercannotassumeresponsibilityforthevalidityofallmaterialsor theconsequencesoftheiruse.Theauthorsandpublishershaveattemptedtotracethecopyrightholdersofallmaterialrepro- ducedinthispublicationandapologizetocopyrightholdersifpermissiontopublishinthisformhasnotbeenobtained.Ifany copyrightmaterialhasnotbeenacknowledgedpleasewriteandletusknowsowemayrectifyinanyfuturereprint. 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Title:QuaternaryalloysbasedonIII-Vsemiconductors/VasylTomashyk. Description:BocaRaton,FL:CRCPress,Taylor&FrancisGroup,[2018]| Includesbibliographicalreferencesandindex. Identifiers:LCCN2018001535|ISBN9781498778367(hardback:alk.paper)| ISBN1498778364(hardback:alk.paper)|ISBN9780429508080(masterebook) Subjects:LCSH:Compoundsemiconductors‐‐Materials.| Chromium-cobalt-nickel-molybdenumalloys. Classification:LCCQC611.8.C64T662019|DDC621.3815/20284‐‐dc23 LCrecordavailableathttps://lccn.loc.gov/2018001535 VisittheTaylor&FrancisWebsiteat http://www.taylorandfrancis.com andtheCRCPressWebsiteat http://www.crcpress.com This book is dedicated to the memory of my sister Oleksandra Bukatyuk (neé Tomashyk, 1952–2008). http://taylorandfrancis.com Contents List of Symbols and Acronyms, xxiii Preface, xxv Author, xxvii C 1 Systems Based on BN 1 HAPTER ◾ 1.1 BORON–HYDROGEN–LITHIUM–NITROGEN 1 1.2 BORON–HYDROGEN–SODIUM–NITROGEN 1 1.3 BORON–HYDROGEN–CALCIUM–NITROGEN 2 1.4 BORON–HYDROGEN–CARBON–NITROGEN 2 1.5 BORON–HYDROGEN–OXYGEN–NITROGEN 3 1.6 BORON–HYDROGEN–CHROMIUM–NITROGEN 3 1.7 BORON–HYDROGEN–FLUORINE–NITROGEN 3 1.8 BORON–HYDROGEN–CHLORINE–NITROGEN 4 1.9 BORON–HYDROGEN–COBALT–NITROGEN 5 1.10 BORON–LITHIUM–BERYLLIUM–NITROGEN 5 1.11 BORON–LITHIUM–MAGNESIM–NITROGEN 5 1.12 BORON–LITHIUM–CALCIUM–NITROGEN 5 1.13 BORON–LITHIUM–STRONTIUM–NITROGEN 6 1.14 BORON–LITHIUM–BARIUM–NITROGEN 6 1.15 BORON–LITHIUM–EUROPIUM–NITROGEN 6 1.16 BORON–LITHIUM–CARBON–NITROGEN 6 1.17 BORON–SODIUM–STRONTIUM–NITROGEN 7 1.18 BORON–SODIUM–BARIUM–NITROGEN 7 1.19 BORON–SODIUM–CARBON–NITROGEN 8 1.20 BORON–POTASSIUM–CARBON–NITROGEN 9 1.21 BORON–RUBIDIUM–CARBON–NITROGEN 9 1.22 BORON–CESIUM–CARBON–NITROGEN 10 vii viii ◾ Contents 1.23 BORON–COPPER–CARBON–NITROGEN 10 1.24 BORON–SILVER–CARBON–NITROGEN 11 1.25 BORON–GOLD–IRON–NITROGEN 11 1.26 BORON–MAGNESIUM–CALCIUM–NITROGEN 12 1.27 BORON–MAGNESIUM–ALUMINUM–NITROGEN 12 1.28 BORON–MAGNESIUM–GALLIUM–NITROGEN 12 1.29 BORON–MAGNESIUM–SILICON–NITROGEN 12 1.30 BORON–MAGNESIUM–CHLORINE–NITROGEN 15 1.31 BORON–MAGNESIUM–BROMINE–NITROGEN 15 1.32 BORON–MAGNESIUM–IODINE–NITROGEN 16 1.33 BORON–CALCIUM–CARBON–NITROGEN 16 1.34 BORON–CALCIUM–FLUORINE–NITROGEN 16 1.35 BORON–CALCIUM–CHLORINE–NITROGEN 16 1.36 BORON–CALCIUM–NICKEL–NITROGEN 17 1.37 BORON–CALCIUM–PALLADIUM–NITROGEN 17 1.38 BORON–STRONTIUM–BARIUM–NITROGEN 17 1.39 BORON–STRONTIUM–FLUORINE–NITROGEN 18 1.40 BORON–STRONTIUM–CHLORINE–NITROGEN 18 1.41 BORON–STRONTIUM–BROMINE–NITROGEN 18 1.42 BORON–STRONTIUM–IODINE–NITROGEN 18 1.43 BORON–BARIUM–EUROPIUM–NITROGEN 19 1.44 BORON–BARIUM–SILICON–NITROGEN 19 1.45 BORON–BARIUM–OXYGEN–NITROGEN 19 1.46 BORON–BARIUM–FLUORINE–NITROGEN 19 1.47 BORON–BARIUM–CHLORINE–NITROGEN 20 1.48 BORON–ALUMINUM–GALLIUM–NITROGEN 20 1.49 BORON–ALUMINUM–INDIUM–NITROGEN 20 1.50 BORON–ALUMINUM–CARBON–NITROGEN 20 1.51 BORON–ALUMINUM–TITANIUM–NITROGEN 20 1.52 BORON–GALLIUM–INDIUM–NITROGEN 22 1.53 BORON–GALLIUM–GERMANIUM–NITROGEN 22 1.54 BORON–THALLIUM–CARBON–NITROGEN 23 1.55 BORON–SCANDIUM–CARBON–NITROGEN 23 1.56 BORON–YTTRIUM–CARBON–NITROGEN 23 1.57 BORON–YTTRIUM–NICKEL–NITROGEN 24 Contents ◾ ix 1.58 BORON–LANTHANUM–OXYGEN–NITROGEN 24 1.59 BORON–LANTHANUM–COBALT–NITROGEN 25 1.60 BORON–LANTHANUM–NICKEL–NITROGEN 25 1.61 BORON–LANTHANUM–RUTHENIUM–NITROGEN 27 1.62 BORON–LANTHANUM–RHODIUM–NITROGEN 27 1.63 BORON–LANTHANUM–IRIDIUM–NITROGEN 27 1.64 BORON–LANTHANUM–PLATINUM–NITROGEN 27 1.65 BORON–CERIUM–NICKEL–NITROGEN 27 1.66 BORON–PRASEODYMIUM–NICKEL–NITROGEN 28 1.67 BORON–NEODYMIUM–NICKEL–NITROGEN 28 1.68 BORON–EUROPIUM–BROMINE–NITROGEN 28 1.69 BORON–EUROPIUM–IODINE–NITROGEN 28 1.70 BORON–HOLMIUM–CARBON–NITROGEN 29 1.71 BORON–ERBIUM–CARBON–NITROGEN 29 1.72 BORON–THULIUM–CARBON–NITROGEN 30 1.73 BORON–THULIUM–NICKEL–NITROGEN 30 1.74 BORON–YTTERBIUM–NICKEL–NITROGEN 30 1.75 BORON–LUTETIUM–CARBON–NITROGEN 30 1.76 BORON–CARBON–SILICON–NITROGEN 31 1.77 BORON–CARBON–TITANIUM–NITROGEN 31 1.78 BORON–CARBON–TANTALUM–NITROGEN 31 1.79 BORON–CARBON–OXYGEN–NITROGEN 31 1.80 BORON–CARBON–SULFUR–NITROGEN 33 1.81 BORON–CARBON–CHROMIUM–NITROGEN 33 1.82 BORON–CARBON–PLATINUM–NITROGEN 33 1.83 BORON–PHOSPHORUS–CHLORINE–NITROGEN 34 1.84 BORON–VANADIUM–NIOBIUM–NITROGEN 34 1.85 BORON–NIOBIUM–TANTALUM–NITROGEN 34 C 2 Systems Based on BP 35 HAPTER ◾ 2.1 BORON–LITHIUM–OXYGEN–PHOSPHORUS 35 2.2 BORON–LITHIUM–CHLORINE–PHOSPHORUS 35 2.3 BORON–LITHIUM–BROMINE–PHOSPHORUS 36 2.4 BORON–SODIUM–POTASSIUM–PHOSPHORUS 36 2.5 BORON–SODIUM–OXYGEN–PHOSPHORUS 36