Loading...
FiltersNow showing 1 - 2 of 2
Publication 2025
Interlaboratory study of the quality of water vapor sorption data for wood from automated sorption balances
Zelinka, Samuel L.Glass, Samuel V.Farkas, NataliaThybring, Emil E.Altgen, MichaelRautkari, LauriCurling, SimonCao, JinzhenWang, YujiaoKünniger, TinaNyström, GustavDreimol, Christopher HubertBurgert, IngoRoper, Mark G.Broom, Darren P.Schwarzkopf, MatthewYudhanto, AriefSubah, MohammadLubineau, GillesFredriksson, MariaPedersen, Nanna BjerregaardBurnett, Daniel J.Garcia, Armando R.Dreisbach, FriederWaguespack, LouisSchott, JenniferEsteban, Luis G.García‑Iruela, AlbertoColinart, ThibautRémond, RomainMazian, BrahimPerré, PatrickEmmerich, Lukas11 11 Publication 2025Interlaboratory study of automated sorption measurements in wood: method for correcting systematic errors with the commonly used 0.002% min−1 stop criterion
Zelinka, Samuel L.Glass, Samuel V.Farkas, NataliaThybring, Emil E.Altgen, MichaelRautkari, LauriCurling, SimonCao, JinzhenWang, YujiaoKünniger, TinaNyström, GustavDreimol, Christopher HubertBurgert, IngoRoper, Mark G.Broom, Darren P.Schwarzkopf, MatthewYudhanto, AriefSubah, MohammadLubineau, GillesFredriksson, MariaPedersen, Nanna BjerregaardBurnett, Daniel J.Garcia, Armando R.Dreisbach, FriederWaguespack, LouisSchott, JenniferEsteban, Luis G.García‑Iruela, AlbertoColinart, ThibautRémond, RomainMazian, BrahimPerré, PatrickEmmerich, Lukas