Category:Hydrides
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English: Hydride is the name given to the negative ion of hydrogen, H−. Although this ion does not exist except in extraordinary conditions, the term hydride is widely applied to describe compounds of hydrogen with other elements, particularly those of groups 1–16. The variety of compounds formed by hydrogen is vast, arguably greater than that of any other element. Various metal hydrides are currently being studied for use as a means of hydrogen storage in fuel cell-powered electric cars and batteries. They also have important uses in organic chemistry as powerful reducing agents, and many promising uses in hydrogen economy.
Every element of the periodic table (except some noble gases) forms one or more hydrides. These compounds may be classified into three main types by the predominant nature of their bonding:
- Saline hydrides, which have significant ionic character,
- Covalent hydrides, which include the hydrocarbons and many other compounds, and
- Interstitial hydrides, which may be described as having metallic bonding.
związek nieorganiczny, w którym atom wodoru związany jest z pierwiastkiem lub grupą bardziej elektrododatnią | |||||
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Podkategorie
Poniżej wyświetlono 11 spośród wszystkich 11 podkategorii tej kategorii.
Pliki w kategorii „Hydrides”
Poniżej wyświetlono 43 spośród wszystkich 43 plików w tej kategorii.
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Acyclic Germylene Hydride.jpg 708 × 134; 15 KB
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Arsinogermane.png 514 × 114; 6 KB
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Benzimidazoline hydride.png 717 × 503; 10 KB
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Boron monohydride.png 112 × 258; 3 KB
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Cadmium dihydride.png 348 × 260; 4 KB
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CO2 Reduction Mechanism.jpg 558 × 324; 26 KB
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Direct Germylene Hydride Synthesis.jpg 655 × 229; 24 KB
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ELF Ge2H.png 1200 × 579; 72 KB
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EuH2 in PbCl2.jpg 5064 × 3920; 674 KB
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Ge2H Synthesis.jpg 732 × 256; 31 KB
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GeH Molecular Graphs.png 787 × 777; 137 KB
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GeH Resonance.jpg 948 × 248; 37 KB
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Germylene Hydride Reactions.jpg 970 × 907; 131 KB
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Germylene Hydride Synthesis from Adduct.jpg 826 × 229; 33 KB
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Germyliumylidene Hydride Synthesis.jpg 964 × 159; 26 KB
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Group6ABP.jpg 568 × 344; 24 KB
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Group6AMP.jpg 567 × 338; 21 KB
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H-.svg 8 × 7; 1 KB
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Hafnium hydride.jpg 2048 × 1536; 1,82 MB
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Hydride ED Mechnism.png 468 × 81; 8 KB
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Hydride formula (I-XV).png 2000 × 1000; 41 KB
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Hydride formula (XVI-XVIII).png 2000 × 1000; 41 KB
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Hydride ion.png 96 × 136; 498 bajtów
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Hydride-anion.png 202 × 179; 485 bajtów
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Hydriididenimetused.jpg 565 × 377; 57 KB
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Hydroboration Germylene Hydride.jpg 1007 × 481; 47 KB
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KMgH3 + Eu2+.gif 1897 × 1697; 275 KB
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LiAlH2S.png 694 × 380; 8 KB
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Lithium barium hydride + Eu2+.gif 985 × 531; 72 KB
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Lithium gallium hydride.png 522 × 454; 6 KB
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Lithium indium hydride.png 522 × 454; 5 KB
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Lithium strontium hydride + Eu2+.gif 985 × 526; 71 KB
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Lithium thallium hydride.png 522 × 454; 4 KB
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Magnesium nickel hydride.png 506 × 480; 12 KB
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Mg---FeH6.svg 132 × 124; 7 KB
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Mg4Br4(thf)8FeH6.svg 175 × 70; 5 KB
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MH2.png 539 × 296; 3 KB
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Olis dsipergeeritud naatriumhüdriid.jpg 1840 × 3264; 1,44 MB
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Pentaszilan vonalas-atomcsoportos keplete.jpg 201 × 18; 2 KB
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SbH3 burning in oxygen.jpg 1536 × 2048; 427 KB
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SbH3 burning in the air.jpg 1536 × 2048; 379 KB
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Titanium hydride TiH2.jpg 2064 × 2148; 2,44 MB
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Zinc hydride.png 366 × 228; 3 KB