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Formate structure

K. V. Sarkanen and H. L. Hergert, in K. Sarkanen and C. Ludwig, eds., Eignins Occurrence, Formation, Structure, and Reactions, Wiley-Interscience, New York, p. 43. [Pg.146]

K. V. Sarkanen and C. H. Ludwig, Eignins—Occurrence, Formation, Structure and Keactions,]ohn Wiley Sons, Inc., 1971, New York, pp. 165—235. S. A. RydhoHn, Pulping Processes, Interscience PubHshers, New York, 1965, pp. 166—218. [Pg.284]

Peebles, L. H., Carbon fibers from acrylic precursors. In Carbon Fibers Formation, Structure, and Properties. CRC Press, Boca Raton, FL, 1995, pp. 7 26. [Pg.136]

Molecule specifications can be entered by hand or be converted from the output of a graphics program. We ll perform a simple conversion here, converting the water molecule structure saved in Brookhaven Protein Data Bank (PDB) format. The file water. pdb in the quick subdirectory contains a PDB format structure for water. [Pg.325]

Bildungs-geschwindigkeit,/. speed of formation or development, -gleichung, /. equation of formation structural equation, -schicht, /. formative layer specif.. (Bot.) cambium, -warme, /. heat of formation, -weise, /. mode of formation, bildwerfen, v.t. project (trtctures). [Pg.71]

NETWORK FORMATION, STRUCTURE FACTORS AND ELECTRICAL CONDUCTIVITY OF NASN ALLOYS... [Pg.277]

Schematic illustration of shear-plane formation. Structure (a) with aligned oxygen vacancies shears to eliminate these vacancies in favour of an extended planar defect in the cation lattice as in (b). % cations oxygen ions are at the mesh intersections... Schematic illustration of shear-plane formation. Structure (a) with aligned oxygen vacancies shears to eliminate these vacancies in favour of an extended planar defect in the cation lattice as in (b). % cations oxygen ions are at the mesh intersections...
II. Formation, Structure, and Properties of Palladium and Nickel Hydrides. 247... [Pg.245]

A short survey of information on formation, structure, and some properties of palladium and nickel hydrides (including the alloys with group IB metals) is necessary before proceeding to the discussion of the catalytic behavior of these hydrides in various reactions of hydrogen on their surface. Knowledge of these metal-hydrogen systems is certainly helpful in the appreciation, whether the effective catalyst studied is a hydride rather than a metal, and in consequence is to be treated in a different way in a discussion of its catalytic activity. [Pg.247]

The formation, structure and reactions of btnuclear complexes of cobalt. A. G. Sykes and J. A. Weil, Prog. Inorg. Chem., 1970,13,1-106 (466). [Pg.25]

Sarkanen, K. V. Ludwig, C. H. Lignins, Occurrence, Formation, Structure and Reactions Wiley-Interscience New York, 1971. [Pg.412]

K Dusek. Formation-structure relationships in polymer networks. Br Polym J 17 185-189, 1985. [Pg.546]

III. Hypervaient Organosilicon Compounds Formation, Structure and Chemistry... [Pg.8]

Miyasaka, K. PVA-Iodine Complexes Formation, Structure and Properties. Vol. 108, pp. 91-130. [Pg.239]

The general types of protein-protein interactions that occur in cells include receptor-ligand, enzyme-substrate, multimeric complex formations, structural scaffolds, and chaperones. However, proteins interact with more targets than just other proteins. Protein interactions can include protein-protein or protein-peptide, protein-DNA/RNA or protein-nucleic acid, protein-glycan or protein-carbohydrate, protein-lipid or protein-membrane, and protein-small molecule or protein-ligand. It is likely that every molecule within a cell has some kind of specific interaction with a protein. [Pg.1003]

MYELIN FORMATION, STRUCTURE AND BIOCHEMISTRY 51 MEMBRANE TRANSPORT 73 ELECTRICAL EXCITABILITY AND ION CHANNELS 95 CELL ADHESION MOLECULES 111 THE CYTOSKELETON OF NEURONS AND GLIA 123... [Pg.1]


See other pages where Formate structure is mentioned: [Pg.2372]    [Pg.845]    [Pg.247]    [Pg.418]    [Pg.419]    [Pg.59]    [Pg.203]    [Pg.81]    [Pg.182]    [Pg.351]    [Pg.39]    [Pg.213]    [Pg.143]    [Pg.205]    [Pg.219]    [Pg.68]    [Pg.73]    [Pg.51]    [Pg.53]    [Pg.55]    [Pg.57]    [Pg.59]    [Pg.61]    [Pg.63]    [Pg.65]    [Pg.67]    [Pg.69]   
See also in sourсe #XX -- [ Pg.214 , Pg.215 ]




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Catalyst layer structure formation

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Chemical structure formats

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Coke structure formations

Computational Approaches for Structure Formation in Multicomponent Polymer Melts

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Crystallization-Driven Structure Formation

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Domain structure formation

Double layer structure Formation

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Egg formation and structure

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Formation and Probable Structure of the Catalytically Active Species

Formation and Solvent Structure

Formation and Structure of Amorphous Polymer Networks

Formation and Structure of Complexes

Formation and Structure of Pendant-Type Polymer-Metal Complexes

Formation and Structure of Polymers

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Formation of Crosslinked Structures

Formation of Cyclic Structures

Formation of Hydrogen-Bonded Self-assembled Structures in Polar Solvents

Formation of Structure and Function in Catalyst Layers

Formation of a cage structure

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Photodehydrochlorination mechanism-formation of polyene structures

Plant structure seed formation

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Polymer surface structure, formation

Porous structure formation

Positive electrodes structure after formation

Processed products structure formation

Processed structure formation

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Protein folding mechanisms secondary structure formation

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Resist materials self-assembly structure formation

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Ring structure formation

Ring structure formation polymerizations

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Soil structure formation

Solutions structure formation

Spinel, formation structure

Square-planar structure platinum complex formation

Square-planar structures radical formation

Standard Structure Exchange Formats

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Structural Transformations During Network Formation

Structural approach to glass formation

Structural effects crown ether complex formation

Structural formation

Structural formation

Structural theories of glass formation

Structural vacancies formation

Structure Formation in Barnacle Adhesive

Structure Formation in CS wave

Structure Formation in Catalyst Layers and Effective Properties

Structure Formation in Inorganic Precipitation Systems

Structure Formation via Block Copolymer Self-Assembly

Structure and Formation of Networks

Structure and formation

Structure and mechanism of formation

Structure and phase formation

Structure data , file format

Structure exchange format

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Structure formation

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Structure formation aggregation kinetics

Structure formation assuming

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Structure formation bonding sites

Structure formation building blocks

Structure formation coagulation processes

Structure formation colloidal crystals

Structure formation crystallization

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Structure formation field forces

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Structure formation in glassy block copolymers

Structure formation in semicrystalline diblocks

Structure formation interactions

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Structure formation nonspherical particles

Structure formation oriented aggregation

Structure formation oriented attachment

Structure formation packings

Structure formation particle synthesis

Structure formation principles

Structure formation solid—liquid separation

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Structure formation transport processes

Structure formation, online monitoring

Structure formats

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Structures and Formation Mechanisms of Cell Membranes

Surfactants aggregated, structure formation

Synthesis conditions favoring structure formation

Templated structures formation

The Formation and Structure of Lignin

The Formation of Tunnel Structures

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The Process of Crosslink Structure Formation

The formation of stable soil structure

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Three-layer structure, formation with

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Water structure network formation

Water structure network formation simulation

With network structures Inorganic compound formation from

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