Editing Talk:1308: Christmas Lights
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[http://i.imgur.com/hCbUpAl.png Here] is a "filled-in" version of the comic.[[User:Guru-45|Guru-45]] ([[User talk:Guru-45|talk]]) 17:06, 25 December 2013 (UTC) | [http://i.imgur.com/hCbUpAl.png Here] is a "filled-in" version of the comic.[[User:Guru-45|Guru-45]] ([[User talk:Guru-45|talk]]) 17:06, 25 December 2013 (UTC) | ||
− | + | Very nice, Guru![[User:ExternalMonolog|ExternalMonolog]] ([[User talk:ExternalMonolog|talk]]) 01:35, 26 December 2013 (UTC)ExternalMonolog | |
I strongly disagree with the explanation's assertion that the peak in the large spectrum, the fire, is the 4.3µm CO2 emission listed in the source given. The peak in the source's spectrum is clearly outside of the near-infrared spectrum and it is just as clearly on the long wave side of the black-body peak in the chart. The comic doesn't even show these wavelengths at all. If, as it appears, that the chart in the comic is a semi-log plot, then the peak is roughly in the 1,000~1,200nm range.[[User:ExternalMonolog|ExternalMonolog]] ([[User talk:ExternalMonolog|talk]]) 01:20, 26 December 2013 (UTC)ExternalMonolog | I strongly disagree with the explanation's assertion that the peak in the large spectrum, the fire, is the 4.3µm CO2 emission listed in the source given. The peak in the source's spectrum is clearly outside of the near-infrared spectrum and it is just as clearly on the long wave side of the black-body peak in the chart. The comic doesn't even show these wavelengths at all. If, as it appears, that the chart in the comic is a semi-log plot, then the peak is roughly in the 1,000~1,200nm range.[[User:ExternalMonolog|ExternalMonolog]] ([[User talk:ExternalMonolog|talk]]) 01:20, 26 December 2013 (UTC)ExternalMonolog |