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COMb

Figure 7.12 Energy emd capital cost targets can be combing to optimize prior to design. (From Smith and Linnhoff, Trans. IChemE, ChERD, 66 195,... Figure 7.12 Energy emd capital cost targets can be combing to optimize prior to design. (From Smith and Linnhoff, Trans. IChemE, ChERD, 66 195,...
Maas U and Pope S B 1992 Simplifying chemical kinetics intrinsic low-dimensional manifolds in composition space Comb. Flame 88 239... [Pg.796]

Anotlier model system consists of polymetliylmetliacrylate (PMMA) latex, stabilized in organic solvents by a comb polymer, consisting of a PMMA backbone witli poly-12-hydroxystearic acid (PHSA) chains attached to it [10]. The PHSA chains fonn a steric stabilization layer at tire surface (see section C2.6.4). Such particles can approach tire hard-sphere model very well [111. [Pg.2670]

Combes, J. M. The Born-Oppenheimer approximation. Acta Phys. Austriaca 17 (1977) Suppl. 139-159... [Pg.394]

The amount of branching introduced into a polymer is an additional variable that must be specified for the molecule to be fully characterized. When only a slight degree of branching is present, the concentration of junction points is sufficiently low that these may be simply related to the number of chain ends. For example, two separate linear molecules have a total of four ends. If the end of one of these linear molecules attaches itself to the middle of the other to form a T, the resulting molecule has three ends. It is easy to generalize this result. If a molecule has v branches, it has v 2 chain ends if the branching is relatively low. Branched molecules are sometimes described as either combs or... [Pg.9]

Combined cycles Combined reforming Combing Comb polymers Combustion... [Pg.241]

Wool-acrylic blends Wool combing Wool-cotton blends Wool dyes Woolen systems... [Pg.1073]

S. K. Combs and co-workers, Pepetitive Small Bore, Two Stage Eight Gas Gun, CONP-9110244-1, Oak Ridge National Lab, Term., 1991. [Pg.55]

After spinning, excess bath is stripped from the yams by a shaking mechanism that damages the yam less than the old comb stripper guides. In 1987,... [Pg.351]

Heckling. The bundles are hackled or combed to separate the short and long fibers. This is done by drawiug the fibers through sets of pius, each set finer than the previous one. As a result the fibers are further cleaned and aligned parallel to one another. [Pg.360]

Hair conditioning can be associated with almost any hair product sold in the marketplace because they all claim some benefit to the hair when used. Thus the term hair conditioner can be appHed to such products as rinses, hair dressings, setting lotions, and hair sprays. Conditioners are used to provide different effects to the hair primarily ease of combing, sheen, and soft feel. [Pg.451]

The method used to apply and dry a fixative affects the degree of stiffness and hold it imparts to the hairstyle. If appHed and then manipulated with a comb, bmsh, or fingers as the polymer forms its film, the adhesive bonds between the hair are broken, the film coating the hair is broken, and the end result is a soft feel with Htde set retention. If the fixative is allowed to dry undisturbed, then the result is a firmer feel and better hold. [Pg.452]

Finishing sprays and spritzes are sprayed on clean, dry hair and tested for drying time, stiffness, combing ease, flaking after combing and stickiness upon contact with moisture. Additionally, hair hoi ding properties are evaluated by measurements of the cud retention at various humidities. Standardized water-set cuds are sprayed with standard amounts of product under controlled circumstances. They are then dried, placed into vadous humidity levels, and the cud fall monitored at vadous time pedods. [Pg.452]

Polyquatemium-11 is the copolymer of A/-vinylpyrrohdinone and dimethyl-arninoethyl methacylate quatemized with dimethylsulfate (20). It is used widely but provides Htde hold to the hair. Its primary advantage is its abiUty to improve the ease of wet combing and control static while giving a light set hold. [Pg.453]


See other pages where COMb is mentioned: [Pg.663]    [Pg.1542]    [Pg.1543]    [Pg.182]    [Pg.241]    [Pg.241]    [Pg.954]    [Pg.954]    [Pg.356]    [Pg.356]    [Pg.558]    [Pg.146]    [Pg.428]    [Pg.175]    [Pg.274]    [Pg.376]    [Pg.448]    [Pg.450]    [Pg.451]    [Pg.451]    [Pg.451]    [Pg.451]    [Pg.452]    [Pg.452]    [Pg.452]    [Pg.452]    [Pg.453]    [Pg.454]    [Pg.459]    [Pg.460]    [Pg.460]    [Pg.461]    [Pg.497]    [Pg.497]    [Pg.497]    [Pg.497]    [Pg.497]   
See also in sourсe #XX -- [ Pg.164 ]

See also in sourсe #XX -- [ Pg.145 ]




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AFM Study of Comb (Co)Polymers with Complex Chain Architecture

Amphiphilic comb copolymers

Amylose comb-type copolymers

Applications of Optical Frequency Combs

Architecture, comb-like copolymers

Astragalus ernestii Comb.

Balslev-Combes theorem

Branched “comb-shaped” polymers

Branched “comb-shaped” polymers highly

Brush comb-like

Brushes comb polymer

COMB potential, parameterization

COMBES Quinoline synthesis

Chain Comb-like

Chain comb-coil

Charge-optimized many-body COMB)

Comb LCPs

Comb PMMA

Comb Stars by the Convergent Approach

Comb Stars by the Divergent Approach

Comb Structure

Comb Synthesis

Comb and graft copolymers

Comb architecture

Comb branched polymers

Comb copolymers

Comb copolymers, block copolymer-based

Comb copolymers, block copolymer-based hydrogen-bonded

Comb filter

Comb filter response

Comb function

Comb gauge

Comb graft copolymer

Comb honey

Comb hydrogen-bonded

Comb interfaces

Comb macromolecule

Comb molecules

Comb nematics

Comb polymer architecture

Comb polymer conformation

Comb polymer liquid crystals

Comb polymers

Comb polymers, amorphous

Comb stabilizer

Comb, Brush-Block, Dendritic-Like Chimeras

Comb, combs

Comb-Shaped Polymers with Peptide Blocks

Comb-branch copolymer

Comb-branch polyethers

Comb-branch polymer

Comb-branch polymers, reduced

Comb-branched

Comb-branched copolymer

Comb-branched structure

Comb-branches

Comb-burst

Comb-drive

Comb-drive actuators

Comb-drive resonator

Comb-grafted polymers

Comb-like

Comb-like PLCs

Comb-like architecture

Comb-like copolymers

Comb-like electrodes

Comb-like or side chain architecture

Comb-like scaffolds

Comb-like structure

Comb-shaped

Comb-shaped branched molecules

Comb-shaped branched polysaccharides

Comb-shaped mesogen

Comb-shaped polymer liquid-crystal

Comb-shaped polymers

Comb-shaped polymers cross-linking

Comb-shaped supramolecules self-assembly

Comb-type copolymers

Comb-type polymers, synthesis

Combativeness

Combativeness

Combe synthesis

Combe, James

Combes

Combes quinoline ring closur

Combes reaction

Combes synthesis

Combes synthesis of quinolines

Combes’ solution

Combing Machine

Combing Out Defects in Bulk Binary Blends

Combing Room

Combing ease

Combing process

Combing ratio

Copolymer comb-shaped

Copolymers, comb shape

Copolymers, comb shape properties

Copolymers, comb shape synthesis

Copolymers, graft comb-type synthesis

Crystalline phase comb-shaped polymers

Dendrigraft (Comb-burst) Polymers

Dendrimers comb-burst

Dendritic comb macromolecule

Dextrans regular comb dextran

Dirac delta comb

Dirac delta comb Fourier transform

Disc-comb structures

Electrodes, comb

Fiber combing

Frequency Comb from Femtosecond Laser Pulses

Frequency combs

Frequency-comb technique

Functional comb polymers

H-polymers and combs

Highly branched “comb-shaped

Honey Comb Membrane Module by Blue Membranes GmbH

Honey-comb catalysts

Honey-comb like structures

Hot combing

Hydrogen-bonded comb copolymers

Hydrogenation Reactions in Dense Gas Systems Gary Combes, Fariba Dehghani, Raffaella Mammucari, and Neil R. Foster

Inverse combs

Lateral combs

Linear Combs with Polystyrene Branches

Macrocyclic PS Combs

Mesogenic comb-shaped polymers

Molecular Combing as a General Technique

Molecular Combing of Carbon Nanotubes

Molecular Combing of DNA

Molecular Spectroscopy with Optical Frequency Combs

Molecular combing

Nematic phase comb-shaped polymers

Of one-comb PLCs

One-comb PLCs

Optical frequency comb technique

Optical frequency combs

Parameterization of the COMB Potential

Poly comb shape

Poly comb-shaped copolymers

Polybutadiene Combs

Polyethylene comb-like

Polymer comb-like polymers

Polymeric comb/graft polymers

Polymers comb-like

Polymers, comb-like poly branches

Polystyrene combs

Purpose of Combing

Regular comb macromolecule

Reopening of the Cyclic Comb Ring

Rooster’s comb

Star Combs with PCEVE Backbone and PS Branches

Strong off-resonance comb,

Strong off-resonant comb

Suter-Webb Comb

Terpolymer Functionalization Strategies Combing Hydrogen Bonding, Metal Coordination, and Pseudorotaxane Formation

The Chemical Production of Hyaluronan from Chicken Combs

The Poisson (Comb Function) Formula for Series

The hydrodynamic and surface tension forces exerted during combing

Thermotropic polymers comb-shaped

Wool combing

Zero-Shear Viscosity of Ideal Stars and Combs

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