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A comparison of moisture loss from  Pinus radiata  sapwood by conventional forced air-drying and a novel supercritical carbon dioxide (scCO 2 ) dewatering process has been examined  in situ  using magnetic resonance microimaging. Air-drying results in the nonuniform removal of moisture within the wood volume, leading to a dry core and wet perimeter where water evaporated, whereas the scCO 2  dewatering process resulted in moisture expulsion more uniformly throughout the volume of the specimen, especially so within the earlywood.

holzforschung

A comparative study of dewatering of  Pinus radiata  sapwood using supercritical CO 2  and conventional forced air-drying via  in situ  magnetic resonance microimaging (MRI)