dihydrogen
primary form in which hydrogen is found
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dihydrogen
Summary
dihydrogen is a type of chemical entity[1]. dihydrogen ranks in the top 6% of type_of_chemical_entity entities by monthly Wikipedia readership (20 views/month).[2]
Key Facts
- dihydrogen's instance of is recorded as type of chemical entity[3].
- dihydrogen's instance of is recorded as simple substance[4].
- dihydrogen's CAS Registry Number is recorded as 1333-74-0[5].
- dihydrogen's EC number is recorded as 215-605-7[6].
- dihydrogen's canonical SMILES is recorded as [H][H][7].
- dihydrogen's InChI is recorded as InChI=1S/H2/h1H[8].
- dihydrogen's InChIKey is recorded as UFHFLCQGNIYNRP-UHFFFAOYSA-N[9].
- dihydrogen's chemical formula is recorded as H₂[10].
- dihydrogen's subclass of is recorded as homonuclear diatomic molecule[11].
- dihydrogen's part of is recorded as fermentative hydrogen production[12].
- dihydrogen's part of is recorded as hydrogen metabolic process[13].
- dihydrogen's part of is recorded as hydrogen biosynthetic process[14].
- dihydrogen's part of is recorded as methane biosynthetic process from methanol and hydrogen[15].
- dihydrogen's part of is recorded as hydrogenase (acceptor) activity[16].
- dihydrogen's part of is recorded as hydrogen:quinone oxidoreductase activity[17].
- dihydrogen's part of is recorded as N5,N10-methenyltetrahydromethanopterin hydrogenase activity[18].
- dihydrogen's part of is recorded as hydrogen dehydrogenase activity[19].
- dihydrogen's part of is recorded as coenzyme F420 hydrogenase activity[20].
- dihydrogen's part of is recorded as hydrogen dehydrogenase (NADP+) activity[21].
- dihydrogen's part of is recorded as Methanosarcina-phenazine hydrogenase activity[22].
- dihydrogen's part of is recorded as hydrogenase activity (NAD+, ferredoxin)[23].
- dihydrogen's part of is recorded as nitrogenase (flavodoxin) activity[24].
- dihydrogen's part of is recorded as sulfur reductase activity[25].
- dihydrogen's part of is recorded as nitrogenase activity[26].
- dihydrogen's part of is recorded as cytochrome-c3 hydrogenase activity[27].
Why It Matters
dihydrogen ranks in the top 6% of type_of_chemical_entity entities by monthly Wikipedia readership (20 views/month).[2] dihydrogen has Wikipedia articles in 7 language editions, a strong signal of global cultural recognition.[28] dihydrogen is known by 57 alternative names across languages and contexts.[29]