water-gas shift reaction
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water-gas shift reaction
Summary
water-gas shift reaction is a reversible reaction[1]. It draws 151 Wikipedia views per month (reversible_reaction category, ranking #1 of 1).[2]
Key Facts
- water-gas shift reaction is credited with the discovery of Felice Fontana[3].
- water-gas shift reaction's instance of is recorded as reversible reaction[4].
- water-gas shift reaction's instance of is recorded as exothermic reaction[5].
- water-gas shift reaction's made from material is recorded as carbon monoxide[6].
- water-gas shift reaction's made from material is recorded as water[7].
- water-gas shift reaction's Commons category is recorded as Water-gas shift reaction[8].
- water-gas shift reaction's time of discovery or invention is recorded as +1780-00-00T00:00:00Z[9].
- water-gas shift reaction's Freebase ID is recorded as /m/05qngd[10].
- water-gas shift reaction's product or material produced is recorded as carbon dioxide[11].
- water-gas shift reaction's product or material produced is recorded as dihydrogen[12].
- water-gas shift reaction's product or material produced is recorded as water gas[13].
- water-gas shift reaction's Encyclopædia Britannica Online ID is recorded as technology/water-gas-shift-reaction[14].
- water-gas shift reaction's short name is recorded as {'lang': 'mul', 'text': 'WGSR'}[15].
- water-gas shift reaction's defining formula is recorded as K_\mathrm{eq} = 10^{-2.4198 + 0.0003855T + \frac{2180.6}{T}}[16].
- water-gas shift reaction's schematic is recorded as K dGr WGS.svg[17].
- water-gas shift reaction's maintained by WikiProject is recorded as WikiProject Mathematics[18].
- water-gas shift reaction's Microsoft Academic ID is recorded as 66114498[19].
- water-gas shift reaction's OpenAlex ID is recorded as C66114498[20].
- water-gas shift reaction's ScienceDirect topic ID is recorded as engineering/water-gas-shift-reaction[21].
Body
Works and Contributions
water-gas shift reaction is credited with the discovery of Felice Fontana[3].
Why It Matters
water-gas shift reaction draws 151 Wikipedia views per month (reversible_reaction category, ranking #1 of 1).[2] It has Wikipedia articles in 15 language editions, a strong signal of global cultural recognition.[22] It is known by 5 alternative names across languages and contexts.[23]