Boron monoksida

Boron monoksida
Nama
Nama IUPAC Boron(I) oksida
Nama lain diboron monoksida
Penanda
Nomor CAS	12045-60-2^Y
Nomor EC
Nomor RTECS	{{{value}}}
CompTox Dashboard (EPA)	DTXSID00923402
Sifat
Rumus kimia	B₂O
Massa molar	37.621 g/mol
Kecuali dinyatakan lain, data di atas berlaku pada suhu dan tekanan standar (25 °C [77 °F], 100 kPa).
Y verifikasi (apa ini ^YN ?)
Referensi

Chemical compoundTemplat:SHORTDESC:Chemical compound

Boron monoksida (B₂O) adalah senyawa kimia yang terdiri dari boron dan oksigen. Dua penelitian telah mengusulkan keberadaan^[1] and graphite-like^[2] B₂O yang mirip dengan intan. Namun, penelitian sistematis kemudian menunjukkan bahwa senyawa ini sebenarnya tidak stabil.^[3] Ketidakstabilan B₂O yang mirip grafit juga telah diprediksi secara teoretis.^[4]

Referensi

↑ Endo, T.; Sato, T.; Shimada, M. (1987). "High-pressure synthesis of B₂O with diamond-like structure". Journal of Materials Science Letters. 6 (6): 683. doi:10.1007/BF01770925.
↑ 2O"},"url":{"wt":"http://67.50.46.175/pdf/19650231.pdf"},"journal":{"wt":"[[Inorganic Chemistry (journal)|Inorganic Chemistry]]"},"volume":{"wt":"4"},"issue":{"wt":"8"},"pages":{"wt":"1213"},"doi":{"wt":"10.1021/ic50030a027"}},"i":0}}]}' id="mwLg"/>Hall, H. T.; Compton, L. A. (1965). "Group IV Analogs and High Pressure, High Temperature Synthesis of B₂O" (PDF). Inorganic Chemistry. 4 (8): 1213. doi:10.1021/ic50030a027.^{[pranala nonaktif permanen]}
↑ 2O2 System at 5 GPa: Experimental and Theoretical Studies"},"year":{"wt":"2008"},"journal":{"wt":"[[Journal of Physical Chemistry B]]"},"volume":{"wt":"112"},"issue":{"wt":"21"},"pages":{"wt":"6683–7"},"doi":{"wt":"10.1021/jp800625s"},"pmid":{"wt":"18457447"}},"i":0}}]}' id="mwRg"/>Solozhenko, V. L.; Kurakevych, O. O.; Turkevich, V. Z.; Turkevich, D. V. (2008). "Phase Diagram of the B−B₂O₂ System at 5 GPa: Experimental and Theoretical Studies". Journal of Physical Chemistry B. 112 (21): 6683–7. doi:10.1021/jp800625s. PMID 18457447.
↑ 2O: An unsymmetrical analog of carbon"},"year":{"wt":"1995"},"journal":{"wt":"[[Physical Review B]]"},"volume":{"wt":"52"},"issue":{"wt":"22"},"pages":{"wt":"15807"},"bibcode":{"wt":"1995PhRvB..5215807G"},"doi":{"wt":"10.1103/PhysRevB.52.15807"}},"i":0}}]}' id="mwVg"/>Grumbach, M.; Sankey, O.; McMillan, P. (1995). "Properties of B₂O: An unsymmetrical analog of carbon". Physical Review B. 52 (22): 15807. Bibcode:1995PhRvB..5215807G. doi:10.1103/PhysRevB.52.15807.

l b s Oksida
Bilangan oksidasi campuran	Antimon tetroksida (Sb₂O₄) Besi(II,III) oksida (Fe₃O₄) Boron suboksida (B₁₂O₂) Diklorin pentoksida (Cl₂O₅) Karbon suboksida (C₃O₂) Kloril perklorat (Cl₂O₆) Klorin perklorat (Cl₂O₄) Kobalt(II,III) oksida (Co₃O₄) Mangan(II,III) oksida (Mn₃O₄) Melitat anhidrida (C₁₂O₉) Perak(I,III) oksida (Ag₂O₂) Praseodimium(III,IV) oksida (Pr₆O₁₁) Terbium(III,IV) oksida (Tb₄O₇) Timbal(II,IV) oksida (Pb₃O₄) Tribromin oktoksida (Br₃O₈) Triuranium oktoksida (U₃O₈)
Bilangan oksidasi +1	Air (hidrogen oksida) (H₂O) Aluminium(I) oksida (Al₂O) Dibromin monoksida (Br₂O) Dikarbon monoksida (C₂O) Diklorin monoksida Cl₂O) Dinitrogen monoksida (N₂O) Galium(I) oksida (Ga₂O) Iodin(I) oksida (I₂O) Kalium oksida (K₂O) Litium oksida (Li₂O) Natrium oksida (Na₂O) Perak oksida (Ag₂O) Raksa(I) oksida (Hg₂O) Rubidium oksida (Rb₂O) Sesium monoksida (Cs₂O) Talium(I) oksida (Tl₂O) Tembaga(I) oksida (Cu₂O)
Bilangan oksidasi +2	Aluminium(II) oksida (AlO) Barium oksida (BaO) Belerang monoksida (SO) Berkelium(II) oksida (BkO) Berilium oksida (BeO) Besi(II) oksida (FeO) Boron monoksida (BO) Bromin monoksida (BrO) Dinitrogen dioksida (N₂O₂) Dibelerang dioksida (S₂O₂) Europium(II) oksida (EuO) Fosforus monoksida (PO) Germanium monoksida (GeO) Iodin monoksida (IO) Itrium(II) oksida (YO) Kadmium oksida (CdO) Kalsium oksida (CaO) Karbon monoksida (CO) Klorin monoksida (ClO) Kobalt(II) oksida (CoO) Kromium(II) oksida (CrO) Magnesium oksida (MgO) Mangan(II) oksida (MnO) Nikel(II) oksida (NiO) Niobium monoksida (NbO) Nitrogen monoksida (NO) Paladium(II) oksida (PdO) Polonium monoksida (PoO) Protaktinium monoksida (PaO) Radium oksida (RaO) Raksa(II) oksida (HgO) Seng oksida (ZnO) Silikon monoksida (SiO) Stronsium oksida (SrO) Tembaga(II) oksida (CuO) Timah(II) oksida (SnO) Timbal(II) oksida (PbO) Titanium(II) oksida (TiO) Torium monoksida (ThO) Vanadium(II) oksida (VO) Zirkonium monoksida (ZrO)
Bilangan oksidasi +3	Aluminium oksida (Al₂O₃) Aktinium(III) oksida (Ac₂O₃) Amerisium(III) oksida (Am₂O₃) Antimon trioksida (Sb₂O₃) Arsen trioksida (As₂O₃) Berkelium(III) oksida (Bk₂O₃) Besi(III) oksida (Fe₂O₃) Bismut(III) oksida (Bi₂O₃) Boron trioksida (B₂O₃) Dinitrogen trioksida (N₂O₃) Disprosium(III) oksida (Dy₂O₃) Einsteinium(III) oksida (Es₂O₃) Emas(III) oksida (Au₂O₃) Erbium(III) oksida (Er₂O₃) Europium(III) oksida (Eu₂O₃) Fosforus trioksida (P₄O₆) Gadolinium(III) oksida (Gd₂O₃) Galium(III) oksida (Ga₂O₃) Holmium(III) oksida (Ho₂O₃) Indium(III) oksida (In₂O₃) Iterbium(III) oksida (Yb₂O₃) Itrium(III) oksida (Y₂O₃) Kalifornium(III) oksida (Cf₂O₃) Kobalt(III) oksida (Co₂O₃) Kromium(III) oksida (Cr₂O₃) Kurium(III) oksida (Cm₂O₃) Lantanum oksida (La₂O₃) Lutesium(III) oksida (Lu₂O₃) Mangan(III) oksida (Mn₂O₃) Neodimium(III) oksida (Nd₂O₃) Nikel(III) oksida (Ni₂O₃) Praseodimium(III) oksida (Pr₂O₃) Prometium(III) oksida (Pm₂O₃) Rodium(III) oksida (Rh₂O₃) Samarium(III) oksida (Sm₂O₃) Serium(III) oksida (Ce₂O₃) Skandium oksida (Sc₂O₃) Talium(III) oksida (Tl₂O₃) Terbium(III) oksida (Tb₂O₃) Titanium(III) oksida (Ti₂O₃) Tulium(III) oksida (Tm₂O₃) Vanadium(III) oksida (V₂O₃) Wolfram(III) oksida (W₂O₃)
Bilangan oksidasi +4	Amerisium dioksida (AmO₂) Belerang dioksida (SO₂) Berkelium(IV) oksida (BkO₂) Bromin dioksida (BrO₂) Dinitrogen tetroksida (N₂O₄) Germanium dioksida (GeO₂) Iodin dioksida (IO₂) Iridium dioksida (IrO₂) Hafnium(IV) oksida (HfO₂) Kalifornium dioksida (CfO₂) Karbon dioksida (CO₂) Karbon trioksida (CO₃) Klorin dioksida (ClO₂) Kromium(IV) oksida (CrO₂) Kurium(IV) oksida (CmO₂) Mangan dioksida (MnO₂) Molibdenum dioksida (MoO₂) Neptunium(IV) oksida (NpO₂) Nitrogen dioksida (NO₂) Niobium dioksida (NbO₂) Osmium dioksida (OsO₂) Platina dioksida (PtO₂) Plutonium(IV) oksida (PuO₂) Polonium dioksida (PoO₂) Praseodimium(IV) oksida (PrO₂) Protaktinium(IV) oksida (PaO₂) Renium(IV) oksida (ReO₂) Rodium(IV) oksida (RhO₂) Rutenium(IV) oksida (RuO₂) Selenium dioksida (SeO₂) Serium(IV) oksida (CeO₂) Silikon dioksida (SiO₂) Teknesium(IV) oksida (TcO₂) Telurium dioksida (TeO₂) Terbium(IV) oksida (TbO₂) Timah(IV) oksida (SnO₂) Timbal dioksida (PbO₂) Titanium dioksida (TiO₂) Torium dioksida (ThO₂) Uranium dioksida (UO₂) Vanadium(IV) oksida (VO₂) Wolfram(IV) oksida (WO₂) Zirkonium dioksida (ZrO₂)
Bilangan oksidasi +5	Antimon pentoksida (Sb₂O₅) Arsen pentoksida (As₂O₅) Bismut pentoksida (Bi₂O₅) Dinitrogen pentoksida (N₂O₅) Diuranium pentoksida (U₂O₅) Fosforus pentoksida (P₂O₅) Neptunium(V) oksida (Np₂O₅) Niobium pentoksida (Nb₂O₅) Protaktinium(V) oksida (Pa₂O₅) Tantalum pentoksida (Ta₂O₅) Vanadium(V) oksida (V₂O₅) Wolfram pentoksida (W₂O₅)
Bilangan oksidasi +6	Belerang trioksida (SO₃) Kromium trioksida (CrO₃) Molibdenum trioksida (MoO₃) Polonium trioksida (PoO₃) Renium trioksida (ReO₃) Selenium trioksida (SeO₃) Telurium trioksida (TeO₃) Uranium trioksida (UO₃) Wolfram trioksida (WO₃) Xenon trioksida (XeO₃)
Bilangan oksidasi +7	Diklorin heptoksida (Cl₂O₇) Mangan heptoksida (Mn₂O₇) Renium(VII) oksida (Re₂O₇) Teknesium(VII) oksida (Tc₂O₇)
Bilangan oksidasi +8	Hasium tetroksida (HsO₄) Iridium tetroksida (IrO₄) Osmium tetroksida (OsO₄) Rutenium tetroksida (RuO₄) Xenon tetroksida (XeO₄)
Terkait	Oksipniktida Oksoanion Oksokarbon Ozonida Peroksida Suboksida Superoksida
Senyawa oksida ini diurutkan berdasarkan bilangan oksidasi. Kategori:Oksida

Artikel bertopik kimia ini adalah sebuah rintisan. Anda dapat membantu Wikipedia dengan mengembangkannya.

[1] Endo, T.; Sato, T.; Shimada, M. (1987). "High-pressure synthesis of B₂O with diamond-like structure". Journal of Materials Science Letters. 6 (6): 683. doi:10.1007/BF01770925.

[2] 2</sub>O"},"url":{"wt":"http://67.50.46.175/pdf/19650231.pdf"},"journal":{"wt":"[[Inorganic Chemistry (journal)|Inorganic Chemistry]]"},"volume":{"wt":"4"},"issue":{"wt":"8"},"pages":{"wt":"1213"},"doi":{"wt":"10.1021/ic50030a027"}},"i":0}}]}' id="mwLg"/>Hall, H. T.; Compton, L. A. (1965). "Group IV Analogs and High Pressure, High Temperature Synthesis of B₂O" (PDF). Inorganic Chemistry. 4 (8): 1213. doi:10.1021/ic50030a027.^{[pranala nonaktif permanen]}

[3] 2</sub>O<sub>2</sub> System at 5 GPa: Experimental and Theoretical Studies"},"year":{"wt":"2008"},"journal":{"wt":"[[Journal of Physical Chemistry B]]"},"volume":{"wt":"112"},"issue":{"wt":"21"},"pages":{"wt":"6683–7"},"doi":{"wt":"10.1021/jp800625s"},"pmid":{"wt":"18457447"}},"i":0}}]}' id="mwRg"/>Solozhenko, V. L.; Kurakevych, O. O.; Turkevich, V. Z.; Turkevich, D. V. (2008). "Phase Diagram of the B−B₂O₂ System at 5 GPa: Experimental and Theoretical Studies". Journal of Physical Chemistry B. 112 (21): 6683–7. doi:10.1021/jp800625s. PMID 18457447.

[4] 2</sub>O: An unsymmetrical analog of carbon"},"year":{"wt":"1995"},"journal":{"wt":"[[Physical Review B]]"},"volume":{"wt":"52"},"issue":{"wt":"22"},"pages":{"wt":"15807"},"bibcode":{"wt":"1995PhRvB..5215807G"},"doi":{"wt":"10.1103/PhysRevB.52.15807"}},"i":0}}]}' id="mwVg"/>Grumbach, M.; Sankey, O.; McMillan, P. (1995). "Properties of B₂O: An unsymmetrical analog of carbon". Physical Review B. 52 (22): 15807. Bibcode:1995PhRvB..5215807G. doi:10.1103/PhysRevB.52.15807.

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