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- 01GMD1JBY8D6R3GD50E5WAKPV3 classification A1.
- 01GMD1JBY8D6R3GD50E5WAKPV3 date "2018".
- 01GMD1JBY8D6R3GD50E5WAKPV3 language "eng".
- 01GMD1JBY8D6R3GD50E5WAKPV3 type journalArticle.
- 01GMD1JBY8D6R3GD50E5WAKPV3 subject "Technology and Engineering".
- 01GMD1JBY8D6R3GD50E5WAKPV3 doi "10.1016/j.fuel.2018.03.017".
- 01GMD1JBY8D6R3GD50E5WAKPV3 issn "0016-2361".
- 01GMD1JBY8D6R3GD50E5WAKPV3 issn "1873-7153".
- 01GMD1JBY8D6R3GD50E5WAKPV3 volume "222".
- 01GMD1JBY8D6R3GD50E5WAKPV3 abstract "We report that gas phase plasma-assisted non-oxidative methane coupling can lead to formation of ethylene as major product at similar to 20% yield per pass. This is attained by using a nanosecond pulsed discharge (NPD) reactor, featuring rapid product quenching rates, ( recyclable) hydrogen co-feeding (CH1: H-2 = 1: 1) and elevated pressures (5 bar) at which NPD is ignited.".
- 01GMD1JBY8D6R3GD50E5WAKPV3 author 83442B6E-B25E-11E6-B104-2D2FD0AF0289.
- 01GMD1JBY8D6R3GD50E5WAKPV3 author urn:uuid:2484f2ce-090a-4418-81b3-c461662b5084.
- 01GMD1JBY8D6R3GD50E5WAKPV3 author urn:uuid:d2c488f9-0947-41e9-a1f4-93202c41eefd.
- 01GMD1JBY8D6R3GD50E5WAKPV3 dateCreated "2022-12-16T08:42:16Z".
- 01GMD1JBY8D6R3GD50E5WAKPV3 dateModified "2024-07-09T07:46:48Z".
- 01GMD1JBY8D6R3GD50E5WAKPV3 name "Direct methane-to-ethylene conversion in a nanosecond pulsed discharge".
- 01GMD1JBY8D6R3GD50E5WAKPV3 pagination urn:uuid:0056042f-f881-4687-b094-b34aa7e34fc7.
- 01GMD1JBY8D6R3GD50E5WAKPV3 sameAs LU-01GMD1JBY8D6R3GD50E5WAKPV3.
- 01GMD1JBY8D6R3GD50E5WAKPV3 sourceOrganization urn:uuid:801ffb11-835e-46b1-b605-430ca79c0e4b.
- 01GMD1JBY8D6R3GD50E5WAKPV3 type A1.