Colección: TEMAS
| Temas | Cantidad |
|---|---|
| 13C solid state NMR spectroscopy; Lignin; Wood fiber; Wet blue leather; Chemical connections; MDF | 1 |
| 2,3-butanediol; Klebsiella pneumoniae; Hydrolyzate; Sugarcane bagasse | 1 |
| : 1-hydroxy ethylidene-1,1-diphosphonic acid; OPQP bleaching sequence; Box-Behnken design; Response surface methodology | 1 |
| : Melamine-urea-formaldehyde resin; Melamine addition stage; Performance; Curing behavior; Activation energy | 1 |
| A. pullulans; Culture medium; Ferulic oligosaccharides (FOs); Wheat bran; Xylanase | 1 |
| APMP; EFB; Fines; Filler; Reinforcing; Vessel elements; Fibrillar | 1 |
| ASA sizing; Fine paper; High-yield pulp (HYP); PAC; PEI; PDADMAC | 1 |
| ASA sizing; High-yield pulp (HYP); Bleached chemi-thermomechanical pulp (BCTMP); Fine paper; Precipitated calcium carbonate (PCC) | 1 |
| Above-ground use; Post-treatment; Termite resistance; Wood-based composites | 1 |
| Absorbency; Cellulosic materials; Fluff pulp; Superabsorbents; Hydrogels; Carboxymethylcellulose (CMC); Disposable; Rate of absorption; Life cycle analysis | 1 |
| Absorbent grade paper; Surface tension; Castor oil penetration; Water absorbency | 1 |
| Absorption; TEMPO-oxidation; Disintegration; MFC; Foam; Film; Freeze drying | 1 |
| Acacia hybrid; Second-generation Acacia mangium; Wood quality; Natural durability; Plantation species | 1 |
| Acacia mangium wood; Adsorption; Physical activation; Microporous; Surface area | 1 |
| Accelerated weathering; Wood Preservative; Coating; Color change | 1 |
| Acetic acid; Biomass; Cellulose; Formic acid; Fractionation; Hardwood; Hemicelluloses; Lignin; Lignocellulose; Xylan | 1 |
| Acetylation; Acetic anhydride; Vinyl acetate; Hemp fibres; Chemical Modification | 1 |
| Acetylation; Acetic anhydrides; Vinyl acetate; Wood plastic composites; Scots pine | 1 |
| Acetylation; Cotton linter; Cellulose acetate; Kinetics; Modeling; Dissolution | 1 |
| Acetylation; Refining; Physical properties; Mechanical properties; Paper; CMP process | 1 |
| Acetylation; Thermal modification; Polylactate; Moisture; Biological durability; Wood plastic composite | 1 |
| Acid catalyst; Glucose; Response surface methodology; Total reducing sugar | 1 |
| Acid hydrolysis; Cellulose; Nanocrystals; Natural fibres | 1 |
| Acid saccharification; Cooking; Lignin; Sugar | 1 |
| Acrylic acid; Swelling behavior; Microwave radiation; Grewia optiva; Thermal stability | 1 |
| Activated Carbon; Microwave; Chemical activation; Adsorption; Pore structure | 1 |
| Activated carbon; Coconut shells; Phosphoric acid; Pore structure; Microstructure | 1 |
| Activated carbon; Diazonium salt; Graft; Organic molecules | 1 |
| Activated carbon; Tea fruit peel; Removal; Methylene blue | 1 |
| Adhesives for wood; Glycerol; Hyperbranched polyglycerols; Polyurethane | 1 |
| Adsorbent; Agricultural waste; Wheat hull; Wheat hull ash; Silica; Silica xerogel | 1 |
| Adsorbent; Magnesium silicate; Wheat husk; Wheat husk ash | 1 |
| Adsorption isotherm; Adsorption mechanism; Copper; Kinetics studies; Palm oil boiler mill fly ash (POFA) | 1 |
| Adsorption, Activated Carbon, Kinetics, Dye, Isotherm | 1 |
| Adsorption; Biomass; Central composite design; Equilibrium; Optimization | 1 |
| Adsorption; Copper; Chitosan beads; Equilibrium; Kinetics; Isotherms | 1 |
| Adsorption; Cr(VI); Acacia nilotica leaves; Isotherms; Kinetics; Desorption | 1 |
| Adsorption; Crofton weed stalk; Dye removal; Methylene blue | 1 |
| Adsorption; Malachite green; Waste newspaper fiber; Kinetics; Isotherms; Thermodynamic analysis | 1 |
| Adsorption; Mandarin peel; Ethanol fuel; FAAS | 1 |
| Adsorption; Methylene blue (MB); Spent mushroom substrate (SMS); Isotherm; Kinetics; Thermodynamics | 1 |
| Adsorption; Nitrate; Lignin-based anion exchanger | 1 |
| Agar-diffusion test; Anti-microbial effect; Pine; Larch; Bacteria; Bark; Knots; Methanol-extraction | 1 |
| Agarose film; Eutectic-based ionic liquid; Plasticizer; Choline chloride/urea | 1 |
| Agricultural residues; Co-production; Molten salt; Pyrolysis; Activated carbon; Bio-oil | 1 |
| Agricultural residues; Comprehensive utilization; Development target; Henan Province of China | 1 |
| Agriculture fiber; Coupling agent; Composites; Plastics; Properties | 1 |
| Agriculture waste; Mathematical model; Costa Rica; Drying method | 1 |
| Ailanthus altissima; Phenolic compounds; Flavonoids; Antioxidant activity; RP-HPLC | 1 |
| Air drying; Copper azole; Laser incision; Leaching; Mass loss | 1 |
| Air permeability; Fir wood; Pre-steaming; Water vapor diffusivity | 1 |
| Aldehyde; Catalysis; Gold nanoparticle; Organic–inorganic material; TEMPO oxidation | 1 |
| Alkali extracted lignin; Oxidation; Sulfomethylation; Solubility; Surface tension; Dispersibility | 1 |
| Alkali lignin; Polyvinyl alcohol; Cross-linking; Mechanical properties | 1 |
| Alkali pretreatment; Rice straw; Cellulase; Xylanase; Trichoderma; Solid state fermentation | 1 |
| Alkaline lignin; PVA; Blend membrane; Structural characterization | 1 |
| Alkaline peroxide mechanical pulping; Defibration; Energy consumption; Eucalyptus; Lignin structure; Pulp properties | 1 |
| Alkaline precipitation; Magnesium lignosulfonate; Ion chromatography; Thermogravimetry | 1 |
| Alkoxysilane; Sol-gel materials; Coniophora puteana; Trametes versicolor; Poria placenta; Wood modification | 1 |
| Alkyl amine oxide; DDACarbonate; Discoloration; Extractives; Stain; Thuja plicata; Western red cedar; Wood products | 1 |
| Alkyl-aryl ether; Cooking; Delignification; Hydrolysis | 1 |
| Alpha-cellulose; Pre-hydrolysis; Soda-AQ; Viscosity; Populus deltoids; Dissolving pulp | 1 |
| Aluminum oxide nanoparticles; Urea formaldehyde resin; Crosslink density; Formaldehyde emission; Medium density fiberboard; Mechanical properties | 1 |
| Amphipathic lignin derivatives; Enzymatic saccharification; Recovery of cellulase activity | 1 |
| Amphiphilic; Fatty acid; Hemicelluloses; Galactoglucomannan; Reductive amination; Surfactant; Surface tension | 1 |
| Anionic trash catcher (ATC); Dry strength agent; Polyamine; Dissolved and colloidal substances (DCS); Polyelectrolyte complexes | 1 |
| Anthraquinone; Wheat straw; Oxygen delignification; Grey-based Taguchi method | 1 |
| Antimicrobial; Cotton; Silver Oxide; Catalyst; Zinc Oxide | 1 |
| Antiswelling efficiency(ASE); European aspen; Fenton’s reagent; Oxidized Carbohydrates; Water repellent effectiveness (WRE) | 1 |
| Apparent activation energy; Heat-treated bamboo fibers; Thermal decomposition; TGA | 1 |
| Appearance; Color; Gloss; Nano; Roughness; Wood | 1 |
| Aqueous ammonia pretreatment; Structure properties; Enzymatic hydrolysis; Wheat straw; Corn stover | 1 |
| Arsenate; Biosorption; Sawdust; pH; Kinetics; Isotherms | 1 |
| Artificial weathering; Color change; Compression strength; FTIR-ATR spectroscopy; Surface roughness; Vegetable oil | 1 |
| Ash; Beech; Black locust; Cherry; Color modification; Fir; Larch; Mass loss; Oak; Physical properties; Spruce; Thermally modified wood; Thermo-vacuum method | 1 |
| Aspergillus niger; Cellulase; Beatability; Action mechanism; Bleached simao pine kraft pulp | 1 |
| Asymmetric four-point bending test; Finite element analysis; Flexural vibration test; In-plane shear modulus; Plywood | 1 |
| Atomic force microscope; Precipitated calcium carbonate; Nanoclay; Strength; Optical properties | 1 |
| Autohydrolysis; Biorefinery; Eucalyptus globulus wood; Hemicellulose; Kraft pulping | 1 |
| Autohydrolysis; Hydrolysate; Purification; Biorefining; Biomass; XAD-4; Ethyl acetate | 1 |
| Autohydrolysis; Scots pine; Carbohydrates; Volatile acids; Lignin; Furans; Biorefining; Principal component analysis | 1 |
| Babassu; Torrefaction; Energy Yield; Mechanical Properties | 1 |
| Bacillus licheniformis; Glycocalyx; Immunomodulatory; Levan; Multi-enzyme complex; Polysaccharide; Xylanases | 1 |
| Bacillus subtilis; Essential oils; Antifungal activity; Wood stain; Biological control; Ophiostoma perfectum; Trichoderma spp.; Aspergillus niger | 1 |
| Bacillus thuringiensis; Kitchen waste; Solid-state fermentation; Bio-pesticides | 1 |
| Bacteria; Field test; Light microscopy; MOE; Soft rot; Thermally modified wood | 1 |
| Bacterial cellulose; Gluconacetobacter; Carbon source; Nitrogen source; Paper restoration | 1 |
| Bagasse; Alkaline pre-extraction; Pentosan; Kinetics; Activation energy | 1 |
| Bagasse; Bamboo; Natural fiber; Composites; Processing conditions; Flexural modulus; Mechanical properties | 1 |
| Bagasse; CMP; Kraft; Newsprint; Bleached | 1 |
| Bagasse; CMP; Yield; Tear index; Tensile index; Opacity; Fiber length | 1 |
| Bamboo bundle laminated veneer lumber; Density uniformity; Vertical density profile; Stability of mechanical properties; Coefficient of variation | 1 |
| Bamboo powder-polypropylene foamed composite; Chemical foaming agents; Rheological behavior; Physico-mechanical properties | 1 |
| Bamboo powder-polypropylene foamed composite; MAPP; coupling agent; Physico-mechanical properties; Rheological behavior | 1 |
| Bamboo pulp; Oxygen delignification; Selectivity of delignification; Hydroxyl radical; Radical scavenger | 1 |
| Bamboo-based activated carbon fibers; Nano-TiO2; Loaded; Photocatalyst; Characterization | 1 |
| Bamboo; Anatomy; Chemistry; Liquefaction; Microwave | 1 |
| Bamboo; Asymmetrical veneering; Deformation; Board | 1 |
| UF resins; UMF resins; Wood composite boards; Formaldehyde emission | 2 |
| Wood products industry; Furniture manufacturing industry; Lean awareness; Lean implementation; Need for external Lean implementation support; Commonwealth of Virginia | 2 |