S3 significantly decreased the relative content of Octane, while significantly increased the relative content of Octanal.
Shading treatments significantly increased the relative content of 2-AP.
S3 significantly increased relative content in 2-AP.
The relative content of silicon increased with increasing deposition temperature.
When D decreased from 29 to 25 cm, the relative content of carbon increased while the relative content of oxygen slightly decreased.
This means that above T*, the relative content of dimers tends to be 0% whereas the relative content of monomers tends to be 100%.
All shading treatment significantly increased the relative content in 2-AP in Nongxiang 18, while S3 had a significant impact on relative content in 2-AP in Yuxiangyouzhan.
We found that, heptanal had the highest average relative content in Nongxiang 18, and had the second high average relative content in Yuxiangyouzhan.
For Yuxiangyouzhan, shading treatments significantly increased relative content in (E -2-Hexenal.
Shading treatments (S2 and S3) significantly decreased relative content in Octane.
Nongxiang 18 had a significant higher average relative content of heptanal than Yuxiangyouzhan.
