The Effect of Vertical Air Gaps, Air Velocities and Fan Revolutions on the Drying Characteristics of Thick Pacific Coast Hemlock Lumber

Articles in the same Issue

1. Sonstiges
2. Titelei
3. Polyphenols and Colour of Douglas Fir Heartwood
4. Compression Behaviour of Saturated Wood Perpendicular to Grain under Large Deformations. Comparison Between Water-Saturated and Ethylene Glycol-Saturated Wood
5. Ultrastructure of Transwall Fracture Surfaces in Radiata Pine Wood using Transmission Electron Microscopy and Digital Image Processing
6. Fatigue and Heating in the Non-Linear Region for Wood
7. Liquefaction Mechanism of Lignin in the Presence of Phenol at Elevated Temperature without Catalysts. Studies on ß-O-4 Lignin Model Compound. I. Structural Characterization of the Reaction Products
8. Liquefaction Mechanism of Lignin in the Presence of Phenol at Elevated Temperature without Catalysts. Studies on ß-O-4 Lignin Model Compound. II. Reaction Pathway
9. Liquefaction Mechanism of Lignin in the Presence of Phenol at Elevated Temperature without Catalysts. Studies on ß-0-4 Lignin Model Compound. III. Multi-Condensation
10. Short Note
11. Cleavage of Cα-Cβ Bonds of Lignin Model Compounds by Nitrite and Nitric Acid
12. Thioacidolysis of Enzymatic Dehydrogenation Polymers from p-Hydroxyphenyl, Guaiacyl, and Syringyl Precursors
13. The Role of Hemicelluloses in the Hornification of Bleached Kraft Pulps
14. Inverse Size Exclusion Chromatography (ISEC) for Determining the Relative Pore Size Distribution of Wood Pulps
15. Effect of Organic Solvent on Wood Substance Matrix Hydrogen Bond Structure
16. Measurement and Evaluation of Moisture Transport Coefficients During Drying of Wood
17. The Effect of Vertical Air Gaps, Air Velocities and Fan Revolutions on the Drying Characteristics of Thick Pacific Coast Hemlock Lumber
18. Literature Reports