Processing and microstructural control: lessons from natural materials

Processing and microstructural control: lessons from natural materials

Source :

• Materials Science Reports [ 0920-2307 ] ; 1993.

English descriptors

• Teeft :
  • Academic press, Acid, Acidic, Acidic macromolecules, Acidic proteins, Alkaline solution, Alper, American chemical society, Amino, Amino acid, Amino acid residue, Amino acid residues, Amino acid sequence, Amino acid sequences, Amino acids, Amylose, Analog, Anisotropic, Anisotropic unit, Anomeric, Anomeric carbon, Antiparallel chains, Appl, Aqueous environment, Aqueous solution, Aragonite, Aragonite lattices, Artificial process, Athermal, Athermal behavior, Athermal system, Avian eggshells, Axial, Axial ratio, Axial ratio ratio, Biodegradable materials, Bioduplicated materials, Bioemanent, Bioemanent materials, Biol, Biological composites, Biological materials, Biological polymers, Biological process, Biological processes, Biological sources, Biological structures, Biomimetic, Biomimetic material, Biphasic, Biphasic behavior, Biphasic regime, Blue phase, Calcite, Calvert, Carbohydrate, Carbohydrate polymers, Carbon atom, Carbon oxygen, Cell division, Cell membranes, Cellular synthesis, Ceramic particles, Chem, Chemical environment, Chemical steps, Chemical structure, Chiral, Chiral center, Chitin, Cholesteric, Classification schemes, Collagen, Composite structure, Concentration range, Conchoidal cleavage, Conformation, Copper sulfate, Cryst, Crystal growth, Crystal structure, Crystalline, Crystalline domains, Crystalline form, Crystalline materials, Crystalline order, Crystalline phase, Crystalline phases, Crystalline polymer, Crystallite, Crystallographic orientation, Current opinion, Derivative, Different types, Double helix, Drag line, Ellis horwood, Empirical formula, Energy storage material, Entire length, Extremophiles, Fibril, Fibroin, Fischer projection, Foreign protein, Form structures, Frame silk, Framework macromolecules, Frankel, Genetic engineering, Glass microscope slide, Glucose, Glucose molecules, Glutamic acid, Glycosidic oxygen, Growth conditions, Growth rates, Helical, Helix, Hierarchical, Hierarchical microstructures, High temperatures, Higher concentrations, Higher plants, Hollow structures, Host organism, Hydrated ferric oxide, Hydrogen bonds, Hydrophilic, Hydrophobic, Hydrophobic tail, Individual molecules, Industrial utilization, Interaction parameter, Intermolecular, Intermolecular forces, Intermolecular hydrogen, Intramolecular, Intramolecular hydrogen, Intramolecular hydrogen bonds, Inverse temperature transition, Isotropic, Kaplan, Large number, Lateral diffusion, Lipid, Lipid microstructures, Liquid crystal, Liquid crystallinity, Liquid crystals, Long axis, Lower energy, Lyotropic, Macromolecular, Macromolecule, Magnetic particles, Main chain, Materials processing, Materials research society, Materials science, Materials synthesis, Matrix, Matrix polymer, Microstructural, Microstructural controk lessons, Microstructural control, Microstructure, Microstructures, Mineral nucleation, Mineralized tissue, Model compounds, Molar heat, Molecular biology, Molecular conformation, Molecular order, Molecular orientation, Molecular segments, Molecular structure, Molecular weight, Molecule, Monomer, More detail, Mucus, Muscle proteins, Nacre, Narrow concentration range, Natural marine adhesives, Natural materials, Natural organisms, Natural polymers, Natural process, Natural proteins, Natural silk secretions, Nematic, Nematic phase, Nematic phases, Nematic state, Novel materials, Nucleation, Open form, Optical anisotropy, Organelle membranes, Organic matrix, Organic template, Organism, Orientational order, Other chain, Oxford university press, Oxygen atoms, Partial classification, Periodic array, Phase change, Phase diagram, Phase diagrams, Phosphate group, Phospholipid, Physical properties, Piney, Piney processing, Plant cell walls, Plasmid, Pleated structure, Polar head group, Polym, Polymer, Polymer chains, Polymer matrix, Polymer solution, Polypeptide, Polypeptide chain, Polysaccharide, Precipitation, Preferred direction, Primary structure, Proc, Processing steps, Proline residues, Protein, Protein polymers, Protein synthesis, Pure polymer, Random coil, Random coil conformation, Rapid commun, Reaction vessels, Recombinant plasmid, Recombinant plasmids, Research literature, Rieke, Ring structure, Same time, Schematic representation, Second layer, Secondary structure, Secretion, Secretory granules, Shear direction, Silk, Silk fiber, Silk fibroin, Silk fibroin molecules, Silk secretion, Silk secretions, Silkworm, Silkworm fibroin, Silkworm silk, Silkworm silk secretion, Simple lattice model, Single atoms, Single crystal, Site number, Small increase, Small volumes, Smectic, Solid fiber, Solid material, Solid materials, Solid state, Solvent molecule, Source organism, Spider, Spinodal decomposition, Stockton press, Structural biology, Structural material, Subsequent solidification, Supramolecular, Supramolecular structure, Tertiary structure, Thaliana cells, Tirrell, Transgenic, Transgenic organisms, Ultrastructure processing, Unwanted ions, Vesicle, Viney, Viney processing, Vivo, Volume fraction, Waterinsoluble fibers, Wide range.

Abstract

• https://api.istex.fr/ark:/67375/6H6-B1S665HS-S/fulltext.pdf

Affiliations:

• États-Unis
• Washington (État)

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