Mass, temperature, and relative humidity stability of automated sorption balances: results of an interlaboratory study

Author:

Zelinka Samuel L.123ORCID,Glass Samuel V.123ORCID,Lazarcik Eleanor Q.D.123ORCID,Thybring Emil E.ORCID,Altgen Michael,Rautkari LauriORCID,Curling SimonORCID,Cao JinzhenORCID,Wang YujiaoORCID,Künniger TinaORCID,Nyström GustavORCID,Dreimol Christopher HubertORCID,Burgert IngoORCID,Uyup Mohd Khairun AnwarORCID,Khadiran TumirahORCID,Roper Mark G.,Broom Darren P.ORCID,Schwarzkopf MatthewORCID,Yudhanto AriefORCID,Subah MohammadORCID,Lubineau GillesORCID,Fredriksson MariaORCID,Strojecki MarcinORCID,Olek WiesławORCID,Majka JerzyORCID,Pedersen Nanna BjerregaardORCID,Burnett Daniel J.,Garcia Armando R.ORCID,Verdonck Els,Dreisbach Frieder,Waguespack Louis,Schott Jennifer,Esteban Luis G.ORCID,Garcia-Iruela AlbertoORCID,Colinart ThibautORCID,Rémond RomainORCID,Mazian Brahim,Perre PatrickORCID,Emmerich LukasORCID,Li LingORCID

Affiliation:

1. U.S. Department of Agriculture

2. U.S. Forest Service

3. Forest Products Laboratory

Funder

Forest Products Laboratory

Publisher

USDA Forest Service

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