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Diindium trisulfide

Diindium trisulfide is a binary inorganic compound, a salt of indium metal and hydrogen sulfide with the formula In 2 S 3 , dark red or yellow crystals, insoluble in water, thermally stable, semiconductor .

Diindium trisulfide
Are common
Systematic
name
Diindium trisulfide
Traditional namesSulfur Indium
Chem. formulaIn 2 s 3
Physical properties
conditiondark red or yellow crystals
Molar mass325.84 g / mol
Density4.648 g / cm³
Thermal properties
T. melt.1072 ° C
Enthalpy of Education-351 kJ / mol
Classification
Reg. CAS number12030-24-9
PubChem
Reg. EINECS number
Smiles
Inchi
ChemSpider

Getting

  • Directly from the elements:
2In+3S→1100oCIn2S3{\ displaystyle {\ mathsf {2In + 3S \ {\ xrightarrow {1100 ^ {o} C}} \ In_ {2} S_ {3}}}} {\displaystyle {\mathsf {2In+3S\ {\xrightarrow {1100^{o}C}}\ In_{2}S_{3}}}}
  • The action of hydrogen sulfide on its oxide
In2O3+3H2S→500-700oCIn2S3+3H2O{\ displaystyle {\ mathsf {In_ {2} O_ {3} + 3H_ {2} S \ {\ xrightarrow {500-700 ^ {o} C}} \ In_ {2} S_ {3} + 3H_ {2} O}}} {\displaystyle {\mathsf {In_{2}O_{3}+3H_{2}S\ {\xrightarrow {500-700^{o}C}}\ In_{2}S_{3}+3H_{2}O}}}
  • The action of hydrogen sulfide on a soluble salt of indium:
In2(SOfour)3+3H2S→In2S3↓+3H2SOfour{\ displaystyle {\ mathsf {In_ {2} (SO_ {4}) _ {3} + 3H_ {2} S \ {\ xrightarrow {}} \ In_ {2} S_ {3} \ downarrow + 3H_ {2} SO_ {4}}}} {\displaystyle {\mathsf {In_{2}(SO_{4})_{3}+3H_{2}S\ {\xrightarrow {}}\ In_{2}S_{3}\downarrow +3H_{2}SO_{4}}}}

Physical Properties

Diindium trisulfide forms dark red or yellow crystals of cubic syngony , cell parameters a = 0.536 nm, Z = 1.33. There is a high-temperature cubic phase with cell parameters a = 1.0724 nm, Z = 10.667.

Chemical Properties

  • Reacts with concentrated acids:
In2S3+6HCl→100oC2InCl3+3H2S↑{\ displaystyle {\ mathsf {In_ {2} S_ {3} + 6HCl \ {\ xrightarrow {100 ^ {o} C}} \ 2InCl_ {3} + 3H_ {2} S \ uparrow}}} {\displaystyle {\mathsf {In_{2}S_{3}+6HCl\ {\xrightarrow {100^{o}C}}\ 2InCl_{3}+3H_{2}S\uparrow }}}
  • and concentrated alkalis:
In2S3+3NaOH+3H2O→100oC2In(OH)3↓+3NaHS{\ displaystyle {\ mathsf {In_ {2} S_ {3} + 3NaOH + 3H_ {2} O \ {\ xrightarrow {~ 100 ^ {o} C}} \ 2In (OH) _ {3} \ downarrow + 3NaHS }}} {\displaystyle {\mathsf {In_{2}S_{3}+3NaOH+3H_{2}O\ {\xrightarrow {~100^{o}C}}\ 2In(OH)_{3}\downarrow +3NaHS}}}
  • When sintering with sodium sulfide forms thiosols:
In2S3+3Na2S→2Na3[InS3]{\ displaystyle {\ mathsf {In_ {2} S_ {3} + 3Na_ {2} S \ {\ xrightarrow {}} \ 2Na_ {3} [InS_ {3}]}}}  
In2S3+Na2S→120oC2Na[InS2]{\ displaystyle {\ mathsf {In_ {2} S_ {3} + Na_ {2} S \ {\ xrightarrow {120 ^ {o} C}} \ 2Na [InS_ {2}]}}}  
  • Oxidized by oxygen :
2In2S3+9O2→650oC2In2O3+6SO2{\ displaystyle {\ mathsf {2In_ {2} S_ {3} + 9O_ {2} \ {\ xrightarrow {650 ^ {o} C}} \ 2In_ {2} O_ {3} + 6SO_ {2}}}}  

See also

There are other indium sulfides:

  • Ins
  • In 2 s

Literature

  • Chemical Encyclopedia / Editorial Board: Knunyants I.L. et al. - M .: Soviet Encyclopedia, 1990. - T. 2. - 671 p. - ISBN 5-82270-035-5 .
  • Lidin R.A. and other Chemical properties of inorganic substances: Textbook. manual for universities. - 3rd ed., Rev. - M .: Chemistry, 2000 .-- 480 p. - ISBN 5-7245-1163-0 .
  • Chemistry Handbook / Editorial: Nikolsky B.P. et al. - 2nd ed., rev. - M.-L.: Chemistry, 1966. - T. 1. - 1072 p.
  • Chemistry Handbook / Editorial: Nikolsky B.P. et al. - 3rd ed., rev. - L .: Chemistry, 1971. - T. 2. - 1168 p.
  • Ripan R., Chetyanu I. Inorganic chemistry. Chemistry of metals. - M .: Mir, 1971. - T. 1. - 561 p.



Source - https://ru.wikipedia.org/w/index.php?title=Diindium trisulfide&oldid = 80371967


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