Keywords: پلی کاندانسازی; MAP; ammonium phosphate; TSE; twin-screw extruder; APP; ammonium polyphosphate; PDI; polydispersity; MWD; molecular weight distributions; IC; ion chromatography; FT-IR; fourier transform infrared spectrum; XPS; X-ray photoelectron spectroscopy; SEM; scann
مقالات ISI پلی کاندانسازی (ترجمه نشده)
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Keywords: پلی کاندانسازی; Cinchona alkaloids; Mizoroki-Heck polymerization; Polycondensation; Chiral polyester; Organocatalysts; Asymmetric catalysis; BzCPN; benzoyl cupreine; CPD; cupreidine dimer; CPNa-CPNe; cupreine dimers; IBzCPN; iodobenzoyl cupreine; IBzQN; iodobenzoyl quini
Keywords: پلی کاندانسازی; Degradation; Acetal; Polyamide; Polycondensation; Galactaric acid; Mucic acid;
Keywords: پلی کاندانسازی; Polymeric carbon nitride; Polycondensation; Flexible optoelectronics; Photodetector;
Keywords: پلی کاندانسازی; Alkoxysilanes; Rebrov salts; Metalloalkoxysiloxanes; Polycondensation; Silicate compositions; Sol-gel method;
Keywords: پلی کاندانسازی; Crude glycerol; Polycondensation; Biopolyol; Thermal properties; Rheological properties; Polyurethane-polyisocyanurate foams;
Keywords: پلی کاندانسازی; Morphology; Porous materials; Polyamides; Phase behavior; Polycondensation;
Keywords: پلی کاندانسازی; Polylactide; Poly(acrylic acid); Comb; Triple SEC; Carboxylic groups; Polycondensation;
Keywords: پلی کاندانسازی; Polycondensation; Organocatalysis; Polycarbonate; Poly(ethylene glycol); Degradable polyethers;
Anion conductive tetra-sulfonium hydroxides poly(fluorenylene ether sulfone) membrane for fuel cell application
Keywords: پلی کاندانسازی; Poly(fluorenylene ether sulfone); Fluorenyl group; Polycondensation; Chloromethylation; Tertiary sulfonium; Alkaline membrane;
Keywords: پلی کاندانسازی; Polycondensation; Irreversible reaction; Aliphatic polycarbonate;
Keywords: پلی کاندانسازی; Spiroacetal; Polyamides; Polycondensation; Maldi-ToF; Hydrolysis;
Keywords: پلی کاندانسازی; DP; degree of polymerization; Mn; number-average molecular weight; Mw; weight-average molecular weight; LG; leaving group; NMR; nuclear magnetic resonance spectroscopy; GPC; gel permeation chromatography; TrNC; trityl isocyanide; TrCN; trityl cyanide; MeO
Keywords: پلی کاندانسازی; Emulsion; Phenylsilanolate; Hydrolysis; Polycondensation; Silica;
Keywords: پلی کاندانسازی; Copolymerization; Polycondensation; Polysiloxanes;
Keywords: پلی کاندانسازی; Cationic hydrogel adsorbent; Polycondensation; High-capacity; Anionic dye; Adsorption;
Keywords: پلی کاندانسازی; Star polymers; Hyperbranched; Dendritic polymers; Graft; Lactides; Lactones; Ring-opening polymerization; Polycondensation;
Keywords: پلی کاندانسازی; Triphenylamine; Polyurethanes; Polycondensation; Electrochromic; Fluorescence; Memory characteristic;
Keywords: پلی کاندانسازی; Polymers of intrinsic microporosity; Fluoride ion; Silylated monomers; Polycondensation;
Keywords: پلی کاندانسازی; Diamine; Poly(amide imide)s; Thermally stable; Synthesis; Polycondensation
Keywords: پلی کاندانسازی; Polycondensation; Near infrared spectroscopy; Calibration models; Chemometrics; Acid value; Molecular weight;
Keywords: پلی کاندانسازی; Glycerol; Polyesters; Polycondensation; Biorefinery; Biomaterials;
Keywords: پلی کاندانسازی; Diamine; Polyimide; Thermally stable; Synthesis; Polycondensation
Keywords: پلی کاندانسازی; Poly(butylene succinate-co-neopentyl glycol succinate); Polycondensation; Non-isothermal crystallization kinetics; Mechanical properties;
Keywords: پلی کاندانسازی; Polyanhydrides; Biodegradable; Polycondensation; Renewable resources; Synthesis; Biopolymers
Keywords: پلی کاندانسازی; Polycondensation; Polymerization; Microwaves; Curing; Fillers
Keywords: پلی کاندانسازی; Polybenzimidazole; Phthalazinone; Proton exchange membrane; Sulfonated; Polycondensation
Keywords: پلی کاندانسازی; Ricinoleic acid; Polycondensation; Biopolyester; Nanocomposites;
Keywords: پلی کاندانسازی; Nanostructure polymers; Poly(amide-imide)s; Thermal stability; Molten salt; Polycondensation
Keywords: پلی کاندانسازی; Optically active; Poly(amide–imide); Polycondensation; l-amino acid
Keywords: پلی کاندانسازی; C2; acetaldehyde; A; aldehyde; Cit; citral; CTs; condensed tannins; CP; cross-polarization; Td; degradation temperature; DWL; dry weight loss; EA; elemental analysis; tn5; flaming combustion average; tΣ; flaming combustion time; F; formaldehyde; Fur; fur
Keywords: پلی کاندانسازی; Castor oil; Polyurethane dispersion; Aromatic polyamide; Polycondensation; Polyurethane/polyamide copolymers; Zeta potential;
Keywords: پلی کاندانسازی; Enzymatic polymerization; Lipase; Ring-opening polymerization; Polycondensation; Chemoenzymatic polymerization
Keywords: پلی کاندانسازی; Polycondensation; Sulfonated polyester; Furanic acid; Bio-based polymer
Keywords: پلی کاندانسازی; Poly(arylene ether-1,3,4oxadiazole); Polycondensation; Sulfonation; Blend membrane
Keywords: پلی کاندانسازی; Chain-growth polymerization; Polycondensation; Conjugated polymers;
Keywords: پلی کاندانسازی; Biodegradable polymers; Biobased polymers; Poly(l-lactic acid); Polycondensation; Thermal stability; Nonmetallic catalyst;
Keywords: پلی کاندانسازی; Polyesteramides; Polycondensation; NMR; MALDI-TOF MS; Furan-based monomers;
Keywords: پلی کاندانسازی; Heparin-like poly(ethersulfone); Polycondensation; Hydrophilicity group; Blood compatibility;
Keywords: پلی کاندانسازی; Polybenzoxazine; Benzoxazine; Polycondensation; Thermosetting; Crosslinking; Ring opening polymerization; Thermal curing;
Influence of size and nature of the aryl diborate spacer on the intrinsic microporosity of Iron(II) clathrochelate polymers
Keywords: پلی کاندانسازی; Polymer synthesis; Molecular engineering; Polycondensation; Polymers of intrinsic microporosity; Iron(II) clathrochelate; Adsorption;
An improvement of polypropylene itaconate base coating by simultaneous condensation of tetraethyl orthosilicate
Keywords: پلی کاندانسازی; Polypropylene itaconate; UP; TEOS; Polycondensation; Transparency;
Lactic acid oligomer (OLLA) grafted gum arabic based green adhesive for structural applications
Keywords: پلی کاندانسازی; GA; gum arabic; OLLA-g-GA; l-lactic acid (LA)-grafted-gum arabic (GA) graft copolymer; Novel adhesives; Lap-shear; Polycondensation;
Synthesis of carbon xerogels modified with amine groups and copper for efficient adsorption of caffeine
Keywords: پلی کاندانسازی; Carbon materials; Polycondensation; Surface modification; Copper(II) salts; Adsorption process; Thermodynamic analysis;
Synthesis of polyureas with CO2 as carbonyl building block and their high performances
Keywords: پلی کاندانسازی; Polyurea; Carbon dioxide; Polyaddition; Polycondensation; Tensile strength;
Multi-functional urethane epoxy acrylates (UEAs) and their visible-light cured UEA/MSMA-colloid silica nanocomposite films as reinforcement on polycarbonate matrix
Keywords: پلی کاندانسازی; Multi-functional urethane epoxy acrylate; Polycondensation; Urethane epoxy acrylate resin; Colloidal silica;
Synthesis and characterization of novel polyhalogenaromatic polyimide material for electro-optic applications
Keywords: پلی کاندانسازی; Polycondensation; Polyfluorinated polyimides; NLO material; Second harmonic generation;
Highly soluble metal-organic polymers based on iron(II) clathrochelates and their gelation induced by sonication
Keywords: پلی کاندانسازی; Inorganic polymer; Polycondensation; Gels; GPC; ESCA/XPS;
Organosilane film for sand migration control based on in-situ hydrolysis and polycondensation effects
Keywords: پلی کاندانسازی; Organosilane; Sand control; Hydrolysis; Polycondensation; Unconsolidated reservoir;
Synthesis and characterization of metalorganic polymers of intrinsic microporosity based on iron(II) clathrochelate
Keywords: پلی کاندانسازی; Polymers of intrinsic microporosity; Iron(II) clathrochelate; Polycondensation; Surface area; Adsorption isotherms;