E substances might partially remain in move towards theof the wood
E substances could partially remain in move towards theof the wood and in consequence, from the wood [22]. Thesepenetrating the surface layer surface from the wood or evaporate impeding moisture from substances might partially stay inside the the price of water absorption.and in heat-treatmentimpeding the wood, thereby decreasing surface layer of your wood Just after consequence, to 220 C, moisture from penetrating the within the Tthereby decreasing the decreased as well as the MC with the water absorption of wood wood, direction substantially price of water absorption. T-HT/220 was about 20 decrease than R-HT/220. The probable the T path Following heat-treatment to 220 , the water absorption of wood in explanation was the thermoplastic flow as well as the MC of T-HT/220 was roughly 20 after than Rsignificantly decreased with the torus could bring about a filling with the courtslowerthe heatHT/220. The feasible explanation was the thermoplastic flow with the torus could bringFmoc-Gly-Gly-OH ADC Linkers Forests 2021, 12, x FOR Forests 2021, 12, 1545 PEER REVIEW5 of 11 five ofabout a temperature above 200 C [19], which would block the migration of moisture treated filling of the courts after the heat-treated temperature above 200 [19], which would the wood.migration of comparedinside the T path, rays compared together with the R inside block the Nonetheless, moisture using the wood. Having said that, which exist in the T direction,could possibly which exist in theroledirection may play an course of action androle throughout the path rays play an important R for the duration of the water uptake vital lead to higher water absorption. water uptake course of action and result in larger water absorption.Figure 2. The average MCs’ (with regular deviations) comparison of water absorption within the radial and T directions for Figure two. The average MCs’ (with regular deviations) comparison of water absorption in the radial and T directions for samples below similar heat-treated temperature along with the 3-Chloro-5-hydroxybenzoic acid In Vivo references. samples below exact same heat-treated temperature and the references.3.2. Determination on the Water States 3.2. Determination of your Water States To evaluate the feasibility of your MC evaluation of the wood sample for the duration of water To evaluate the feasibility of your MC analysis in the wood sample through water absorption course of action using TD-NMR, the peakpeak of your T relaxation curves was calculated absorption process applying TD-NMR, the area location in the T2 relaxation curves was 2 calculatedinversethe inverse after conductingconducting every single CPMG experiment and with utilizing the using algorithm algorithm just after each CPMG experiment and after that fitted thenForests 2021, 12, x FOR Forests 2021, 12, 1545 PEER REVIEW6 offitted with the MC obtained by the oven-dryingThe response and linear fitting curve of the MC obtained by the oven-drying system. system. The response and linear fitting curve of to the peak region are shown shown in Figure 3a,b.regression equations and along with the MC the MC to the peak region are in Figure 3a,b. The The regression equations the the correlation coefficients) (R2) listed in Tables 1 and and 2. According tofitting curves and correlation coefficients (R2 are are listed in Tables 1 two. According to the the fitting curves andcorrelation coefficients, the peakpeak area the MC has a goodgood linear connection the the correlation coefficients, the location and and also the MC has a linear partnership and andR2 was higher than 0.99 forfor all of the samples, indicating that thepeak places obtained the the R2 was greater than 0.99 each of the samples, indicating that the peak areas.