Thermodiffusion in leaf boundary layers appears large only when the effect of the boundary layer on total transpiration is small. 📖 https://t.co/cHHEr5PSOc by Fulton E Rockwell 👆 A comment on Griffani et al. 👇 📖 https://t.co/ywcYhSN3Z3 @FultonRoc…
熱拡散蒸散ねぇ 〉「むしろ、葉と空気の温度差がある場合、熱拡散によって境界層に蒸気流が生じ、それが通常の拡散から生じる蒸気流を増強、反対、または一致させることが示されました。これは、」 https://t.co/QN0xVz7qsV https://t.co/qpw9UMqf09
Opening Pandora's box of transport phenomena 📖 https://t.co/p18p3bFeRc #Commentary by Timo Vesala highlighting the recent work by Griffani et al. 📖 https://t.co/L8IfSUdEDY https://t.co/fVFY6AqaIh
RT @NewPhyt: The role of thermodiffusion in transpiration Griffani et al. 📖 https://t.co/dgEyFlfNog https://t.co/3e0GxAFxCk