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For example the ozone production te
For example the ozone production term for road traffic is the ozone production rate
multiplied by the fraction of road traffic NOx to total NOx. A comparison between the tagging method and the perturbation method is given in Section 2.2. The adjusted radiative forcing calculation (Dahlmann et al., 2011) was performed with the E39 climate model, separately for each tagged ozone field taking into account the seasonal cycle. For Fig. 1a, simulations were performed with the box model Caaba/MECCA (Sander et al., 2011).
multiplied by the fraction of road traffic NOx to total NOx. A comparison between the tagging method and the perturbation method is given in Section 2.2. The adjusted radiative forcing calculation (Dahlmann et al., 2011) was performed with the E39 climate model, separately for each tagged ozone field taking into account the seasonal cycle. For Fig. 1a, simulations were performed with the box model Caaba/MECCA (Sander et al., 2011).
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For example the ozone production term for road traffic is the ozone production rate
multiplied by the fraction of road traffic NOx to total NOx. A comparison between the tagging method and the perturbation method is given in Section 2.2. The adjusted radiative forcing calculation (Dahlmann et al., 2011) was performed with the E39 climate model, separately for each tagged ozone field taking into account the seasonal cycle. For Fig. 1a, simulations were performed with the box model Caaba/MECCA (Sander et al., 2011).
multiplied by the fraction of road traffic NOx to total NOx. A comparison between the tagging method and the perturbation method is given in Section 2.2. The adjusted radiative forcing calculation (Dahlmann et al., 2011) was performed with the E39 climate model, separately for each tagged ozone field taking into account the seasonal cycle. For Fig. 1a, simulations were performed with the box model Caaba/MECCA (Sander et al., 2011).
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For example The Ozone production term for Road Traffic is The Ozone production rate.
multiplied by The Road Traffic fraction of NOx to total NOx. A comparison between the tagging method and the perturbation method is given in Section 2.2. The adjusted radiative forcing calculation (Dahlmann et al., 2011) was performed with the E39 climate model, separately for each tagged ozone field taking into account the seasonal cycle. For Fig. 1a, simulations were performed with the box model Caaba / MECCA (Sander et al., 2011).
multiplied by The Road Traffic fraction of NOx to total NOx. A comparison between the tagging method and the perturbation method is given in Section 2.2. The adjusted radiative forcing calculation (Dahlmann et al., 2011) was performed with the E39 climate model, separately for each tagged ozone field taking into account the seasonal cycle. For Fig. 1a, simulations were performed with the box model Caaba / MECCA (Sander et al., 2011).
Being translated, please wait..
For example the ozone production term for road traffic is the ozone production rate
multiplied by the fraction of road. Traffic NOx to total NOx. A comparison between the tagging method and the perturbation method is given in Section 2.2. The. Adjusted radiative forcing calculation (Dahlmann et al, 2011) was performed with the E39, climate modelSeparately for each tagged ozone field taking into account the seasonal cycle. For Fig. 1A simulations were, performed. With the box model Caaba / MECCA (Sander et al, 2011).
multiplied by the fraction of road. Traffic NOx to total NOx. A comparison between the tagging method and the perturbation method is given in Section 2.2. The. Adjusted radiative forcing calculation (Dahlmann et al, 2011) was performed with the E39, climate modelSeparately for each tagged ozone field taking into account the seasonal cycle. For Fig. 1A simulations were, performed. With the box model Caaba / MECCA (Sander et al, 2011).
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- A good beer drinking place for chilling
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- τα αρχαιολογικά ευρήματα παραλαμβάνονται
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