Zdroje 👇 [1] https://t.co/SK76RLqbJE [2] https://t.co/jybxdVKms8 [3] https://t.co/9sY0lOaZbZ [4] https://t.co/JVUXsN17uQ [5] https://t.co/NqG1JW2eCp [6] https://t.co/m2BwF8tqx8 [7] https://t.co/GReeO25LV9
RT @Zeptej_se_vedce: @VitekJindrle Pokračování odpovědi & zdroje 👇 [1] https://t.co/SK76RLqbJE [2] https://t.co/jybxdVKms8 [3] https://t…
@VitekJindrle Pokračování odpovědi & zdroje 👇 [1] https://t.co/SK76RLqbJE [2] https://t.co/jybxdVKms8 [3] https://t.co/9sY0lOaZbZ [4] https://t.co/JVUXsN17uQ [5] https://t.co/NqG1JW2eCp [6] https://t.co/m2BwF8tqx8 [7] https://t.co/GReeO25LV9 htt
彼ら10年ぶりにnatureに出している.次は2031年か. https://t.co/oeQk3YOCfm
RT @NatureChemistry: RT @NChemGav: Some interesting PChem in Nature too! Q. How thin is the interface region between water and air. A. Very http://bit.ly/kBR4qA
RT @NatureChemistry: RT @NChemGav: Some interesting PChem in Nature too! Q. How thin is the interface region between water and air. A. Very http://bit.ly/kBR4qA
RT @NatureChemistry: RT @NChemGav: Some interesting PChem in Nature too! Q. How thin is the interface region between water and air. A. Very http://bit.ly/kBR4qA
RT @NChemGav: Some interesting PChem in Nature too! Q. How thin is the interface region between water and air. A. Very http://bit.ly/kBR4qA
And there's some interesting PChem in Nature too! Q. How thin is the interface region between water and air. A. very http://bit.ly/kBR4qA