LPG
Trad
PM-indoor
PM-outdoor
<b>$\text{HH67, Seas. s3: Wall-subtracted. DT}_{D1}\text{ = 12 DT}_{D2}\text{ = 29, DT}_{all}\text{ = 20 }\mu \text{g m}^{-3}$</b>
<b>$\text{HH67, Seas. s3: Wall-subtracted. DT}_{D1}\text{ = 12 DT}_{D2}\text{ = 29, DT}_{all}\text{ = 20 }\mu \text{g m}^{-3}$</b>
<b>$\text{SUM Temperature (}^{\circ }\text{C)}$</b>
<b>$\text{PM}_{2.5}\text{ (}\mu \text{g m}^{-3}\text{)}$</b>
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Graydon3's interactive graph and data of "LPG, Trad, PM-indoor, PM-outdoor" is a line chart, showing LPG, Trad, PM-indoor, PM-outdoor. The x-axis shows values from 0 to 0. The y-axis shows values from 0 to 0. This visualization has the following annotations: $\text{HH67, Seas. s3: Wall-subtracted. DT}_{D1}\text{ = 12 DT}_{D2}\text{ = 29, DT}_{all}\text{ = 20 }\mu \text{g m}^{-3}$; ; ; ; ; ; $\text{HH67, Seas. s3: Wall-subtracted. DT}_{D1}\text{ = 12 DT}_{D2}\text{ = 29, DT}_{all}\text{ = 20 }\mu \text{g m}^{-3}$; $\text{SUM Temperature (}^{\circ }\text{C)}$; ; ; $\text{PM}_{2.5}\text{ (}\mu \text{g m}^{-3}\text{)}$;
