Keywords: صنوبر; CHP; Environmental sustainability; Forest residues; Life cycle assessment-LCA; Poplar; Willow;
مقالات ISI صنوبر (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: صنوبر; Thermal degradation; Viscoelasticity; Lignocellulosic biomass; Poplar; Steam explosion;
Keywords: صنوبر; FLIM; fluorescence lifetime imaging microscopy; FRET; Förster (or Fluorescence) resonance energy transfer; MW; molecular weight; RhPEG1; rhodamine labeled polyethylene glycol of 1 kDa; RhPEG3.4; rhodamine labeled polyethylene glycol of 3.4 kDa; RhPEG10;
Keywords: صنوبر; Firewood; Moisture content; Energy content; Black locust; Beech; Poplar;
Keywords: صنوبر; Life Cycle Assessment; Harvesting solutions; Mechanization; Poplar; Timber; Italy;
Keywords: صنوبر; Populus spp.; Energy balance; Energy efficiency; Energy ratio; Poplar; Bioenergy;
Keywords: صنوبر; Poplar; Wood chips; Storage process; Drying; Dry matter loss; Plant substrate;
Keywords: صنوبر; Alley cropping; Maize; Potato; Winter cereals; Poplar; Mixed farming;
Keywords: صنوبر; Hydrothermal liquefaction; Poplar; Bio-oil; Antioxidant capacity;
Keywords: صنوبر; Poplar; Willow; Boron toxicity; Phytoremediation; Constructed wetland;
Keywords: صنوبر; Woodchip; Poplar; Black locust; Pressed bales; Storage;
Keywords: صنوبر; Antibacterial molecules; Wood extractives; Woody activities; Poplar; GC-MS;
Keywords: صنوبر; Glulam; Hydrothermal treatment; Poplar; Moisture induced stress; Bending strength; Stiffness;
Keywords: صنوبر; Short rotation coppice; Poplar; Wood chip; Storage; Methodology; Dry matter loss;
Keywords: صنوبر; Ozone; Dose-response relationships; Sensitivity; Critical level; Poplar;
Keywords: صنوبر; Miscanthus; Arundo; Poplar; Break-even budgeting; Renewable energy;
Keywords: صنوبر; Land use conflicts; Bioenergy buffers; Energy crops; Impact matrix; Ecosystem services; Miscanthus; Switchgrass; Willow; Poplar; Biomass supply chain;
Keywords: صنوبر; Salicylic acid; Boron toxicity; Boron uptake; Boron detoxification; Poplar;
Keywords: صنوبر; Alley cropping; Soil organic carbon; Soil fertility; Temperate agroforestry; Poplar;
Keywords: صنوبر; Primary growth; Secondary growth; TMT; Proteomics; Poplar;
Keywords: صنوبر; SRC; Poplar; Liquefaction; Valorization; Energy and chemicals;
Keywords: صنوبر; Constructed wetlands; Poplar; Salinity; Boron; Selenium;
Keywords: صنوبر; Black locust; Poplar; Heat treatment; UV radiation; Extractives
Keywords: صنوبر; Poplar; Mercury; Leaf age; Leaf Hg concentration; Field experiment
Keywords: صنوبر; Short rotation coppice (SRC); Poplar; Willow; Plantation;
Keywords: صنوبر; Poplar; Woody biomass; Mechanization; Northern Italy; Short rotation forestry;
Keywords: صنوبر; DAF; dry and ash free; DM; dry matter; FM; fresh matter; HTC; hydrothermal carbonization; LSM; least square method; MRT; mean residence time; ODM; organic dry matter; P; poplar; rec; recycled; Sd; straw digestate; SOM; soil organic matter; unw; unwashed;
Keywords: صنوبر; Cadmium; Chloroplast; Chlorophyll-protein complexes; Iron; Photosynthesis; Poplar
Keywords: صنوبر; Carbon dioxide; Torrefaction; Pine; Poplar; Higher heating value
Keywords: صنوبر; Biomass; Poplar; Yield; Quality; Composition; Combustion;
Keywords: صنوبر; Bioenergy; Poplar; Short rotation coppice; Co-firing; Financial feasibility;
Keywords: صنوبر; poplar; willow; Miscanthus; switchgrass; DNA technologies; next generation sequencing
Keywords: صنوبر; Willow; Poplar; Black locust; Energy balance; Energy efficiency ratio; North-eastern Poland
Keywords: صنوبر; Agroforestry; Poplar; Black locust; Woodchips; Volume reduction; Bales;
Keywords: صنوبر; Spouted bed; Flash pyrolysis; Biomass; Bio-oil; Scale up; Poplar
Keywords: صنوبر; Deglutathionylation; Glutathione transferase; Plastid; Poplar
Keywords: صنوبر; Short rotation coppice; Poplar; Wood chip; Storage; Drying; Dry matter loss;
Keywords: صنوبر; Pelletization; Poplar; Pine; Lignosulfonate additive; Blended pellet; Quality pellets
Keywords: صنوبر; Stomatal conductance; Ozone flux; Dose-response relationship; Critical level; Poplar;
Keywords: صنوبر; Poplar; Willow; Bioenergy crops; Energy balance; Energy efficiency;
Keywords: صنوبر; Willow; Poplar; Black locust; Chemical composition; Bioethanol
Keywords: صنوبر; POPFULL; Wood chips; Poplar; Harvesting efficiency; Motor-manual harvesting;
Keywords: صنوبر; Poplar; Short rotation coppice (SRC); Density management diagrams; Reference diagrams; Biomass;
Keywords: صنوبر; Biofuel; LCA; Miscanthus; Poplar; Willow; SRC;
Keywords: صنوبر; Short rotation woody crops; Poplar; 3PG; Yield estimations; Pacific Northwest; USA;
Keywords: صنوبر; Poplar; Phytochemicals; Bioactivities; Co-products; Biorefinery; Biopharmaceuticals;
Keywords: صنوبر; Transglycosidation; Xylan; Poplar; Alkyl polyglycosides; Surfactant;
Keywords: صنوبر; Lignin; Poplar; Ammonia percolation; Uncondensed fraction; Nitrogen content;
Keywords: صنوبر; Algal hydrolyzate; Enzymatic hydrolysis; Poplar; Corn stover; Switchgrass; Anaerobically digested manure fiber;
Keywords: صنوبر; Milling; Poplar; Corn stover; Particle size distribution; Neural network