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Process Mechanism

Figure Bl.16.14. Top, the canonical axes for triplet naphthalene. The z-axis is directed out of the plane of the paper. Bottom, energy levels and relative populations during the CIDEP triplet mechanism process. See text... Figure Bl.16.14. Top, the canonical axes for triplet naphthalene. The z-axis is directed out of the plane of the paper. Bottom, energy levels and relative populations during the CIDEP triplet mechanism process. See text...
Mechanical Plating. Impact or peen plating is a mechanical process whereby the metal powder is compacted and welded to parts by mechanical energy. This process is limited to relatively small parts of no more than about one kilogram. The parts are placed ia a specially desigaed barrel... [Pg.137]

Most Type A processes might be classified as chemical processes, whereas most Type B processes are classified as mechanical processes. Representative examples of both types of processes foUow. Type B processes tend to be promoted by organizations that seU and service equipment for producing microcapsules. Most Type A processes are not promoted by equipment manufacturers, but are developed and used by organizations that produce microcapsules. [Pg.318]

In fat-free recipes where this method caimot be practiced, it is possible to add and mix vanillin powder with eggs. An alternative to vanillin powder for highly mechanized processes is to use a vanillin solution or Hquid flavor the solvent used is either ethanol- or monopropylene glycol-based. [Pg.399]

Dry Deposition. Dry deposition occurs in two steps the transport of pollutants to the earth s surface, and the physical and chemical interaction between the surface and the pollutant. The first is a fluid mechanical process (see Fluid mechanics), the second is primarily a chemical process, and neither is completely characterized at the present time. The problem is confounded by the interaction between the pollutants and biogenic surfaces where pollutant uptake is enhanced or retarded by plant activity that varies with time (47,48). It is very difficult to measure the depositional flux of pollutants from the atmosphere, though significant advances were made during the 1980s and early 1990s (49,50). [Pg.382]

The Codex Committee on Cocoa and Chocolate Products defines cocoa butter as the fat produced from one or more of the following cocoa beans, cocoa nibs, cocoa mass (chocolate Hquor), cocoa cake, expeUer cake, or cocoa dust (fines) by a mechanical process and/or with the aid of permissible solvents (10). It further states that cocoa butter shall not contain sheU fat or germ fat ia excess of the proportion ia which they occur ia the whole bean. [Pg.93]

Other types of cokemaking technology include both batch and continuous processes, and processes that use electrical induction as the heat-transfer mechanism. Processes under development are further described in Reference 16. [Pg.251]

Hi-Compact Method—-A Purely Mechanical Process for Maximum Secondary Dewatering of Sludges, Bulletin 5-400e, KHD Humboldt Wedag AG, Cologne, Germany, 1988. [Pg.28]

R.A. Graham, Shock Compression of Solids as a Physical-Chemical-Mechanical Process, in Shock-Waves in Condensed Matter—1987 (edited by S.C. Schmidt and N.C. Holmes), Elsevier Science, Amsterdam, 1988, pp. 11-18. [Pg.259]

The aim of this chapter is to describe the micro-mechanical processes that occur close to an interface during adhesive or cohesive failure of polymers. Emphasis will be placed on both the nature of the processes that occur and the micromechanical models that have been proposed to describe these processes. The main concern will be processes that occur at size scales ranging from nanometres (molecular dimensions) to a few micrometres. Failure is most commonly controlled by mechanical process that occur within this size range as it is these small scale processes that apply stress on the chain and cause the chain scission or pull-out that is often the basic process of fracture. The situation for elastomeric adhesives on substrates such as skin, glassy polymers or steel is different and will not be considered here but is described in a chapter on tack . Multiphase materials, such as rubber-toughened or semi-crystalline polymers, will not be considered much here as they show a whole range of different micro-mechanical processes initiated by the modulus mismatch between the phases. [Pg.221]

It is necessary to consider the micro-mechanical processes of polymer glasses and elastomers separately as their mechanical properties are so different. In addition, cross-linking profoundly affects the deformation processes in glasses but very little is known about the micro-mechanical processe.s that occur in single phase cross-linked glasses so the latter materials will not be discussed further. [Pg.221]

The micro-mechanical processes will be presented next, followed by the models used to describe them. The predictions of the models will then be compared with results obtained using well-defined coupling chains. Application of the models to the joining of dissimilar polymers will then be described. Finally welding of glassy polymers will be considered. [Pg.223]


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Assembly process Component failure mechanisms

Assembly process Failure mechanisms

Assembly process Mechanically induced

Associative mechanism/process

Attenuation mechanisms/processes

Attenuation mechanisms/processes natural

Autolysis process mechanism

Carbonylation process mechanism

Cascade Processes Initiated by Conjugate Addition via Other Mechanisms of Activation

Cascade process, reaction mechanism

Catalysis process mechanisms

Catalytic Processes Eley-Rideal Mechanism

Catalytic Processes Langmuir-Hinshelwood Mechanism

Catalytic processes, mechanisms

Cavitation mechanism, chemical processing

Chemical mechanical planarization process

Chemical mechanical planarization processing mechanism

Chemical process safety mechanical integrity

Chlorine processing mechanical specifications

Classification of Mechanical Process Engineering

Cleaning systems process mechanical energy

Comminution process, mechanical

Corrosion inhibition process oxidative mechanisms

Corrosion mechanism and characteristic processes

Crystallization Process and Formation Mechanism of Zeolites

DNA polymerase processive mechanisms

Destructive processes, plastics mechanical

Diffusion process-mechanism

Drawing the Complete Mechanism of an E2 Process

Electrochemical process , mechanism

Electrode process mechanism

Electron-transfer processes inner-sphere mechanism

Electron-transfer processes outer-sphere mechanism

Electrophilic aromatic substitution mechanisms, process

Energy transduction mechanisms processes

Extraction mechanical process

Extrusion processes melting mechanism

Extrusion processes single-screw extruder mechanisms

Fast atom bombardment mechanism process

Fischer-Tropsch process mechanism

Fouling processes coking mechanisms

High shear mechanical process

Hydrogenation mechanisms hydrogen-transfer processes

Incorporation process mechanisms

Influence of Mechanical Force on the Electrode Process between Xanthate and Sulphide Minerals

Irreversible processes mechanical

Irreversible processes multistep mechanisms

Key Steps in the Mechanism of Carbonylation Processes

Kinetics and Mechanism of Catalytic Processes

Kinetics, Mechanism, and Process Parameters

Manufacturing processes mechanism

Manufacturing processes, mechanize

Mass spectrometry, mechanisms and structure in: a comparison with other chemical processes

Mechanical Devulcanisation Processes

Mechanical Integrity Program for process safety interlocks

Mechanical Switching Processes

Mechanical Web Formation Processes

Mechanical a process

Mechanical aeration process

Mechanical bonding process

Mechanical classifiers, separation processe

Mechanical hydrogen embrittlement testing of plating processes and

Mechanical or reclaimator process

Mechanical process

Mechanical process

Mechanical processing

Mechanical processing and fabrication

Mechanical processing of the chemically treated samples

Mechanical processing technology

Mechanical properties master batch process

Mechanical pulping process

Mechanical pulping process effect

Mechanical separations process

Mechanical structuring processes

Mechanical tests process

Mechanical-physical separation processes

Mechanical/reclaimator process

Mechanically agitated processes

Mechanically agitated processes parameters

Mechanically process

Mechanically processed biofuels

Mechanics of Glass Processes

Mechanism and Side-reactions of the Monsanto Process

Mechanism for Relaxation Processes

Mechanism in particle-aggregation processes

Mechanism of Cracking Processes

Mechanism of electrochemical processes

Mechanism of electrode process

Mechanism of the doping processes in conducting polymers

Mechanism of the exchange process

Mechanism of the primary processes

Mechanism, adsorption processes

Mechanisms Complex-Induced Proximity Effect Process, Kinetically Enhanced Metalation, and Overriding Base Mechanism

Mechanisms and Elementary Processes

Mechanisms involved in the photolysis of thermally oxidized polyolefins during processing

Mechanisms of Corrosion Processes

Mechanisms of chemical ageing hydrolytic processes

Mechanisms of chemical ageing oxidation processes

Mechanisms of the Cleaning Process

Mechanisms sorption processes

Mechanized molding processes

Monsanto process mechanism

Nanofibrillated cellulose production mechanical processing

Nucleophilic substitution process mechanisms

Oxide CMP Processes—Mechanisms and Models

Paint coatings continued mechanical processes

Photographic process, mechanism

Photosynthesis, artificial mechanism, natural process

Physical/thermal activation process mechanisms

Physico-Mechanical Processes

Plastics Mechanical Recycling Process

Plastics, burning mechanism processibility

Plutonium processing mechanical

Poly mechanical processing

Polyethylene process polymerization mechanisms

Polymer processing dynamic mechanical thermal analysis

Polymer processing free-radical mechanism

Potential energy and mechanical processes

Pressure dependence, mechanism process

Process Safety Management Mechanical Integrity

Process aids mechanisms

Process and Mechanical Design Guidelines

Process continuum mechanics

Process equipment mechanical hazards

Process equipment mechanical integrity

Process intensification Mechanisms

Process mechanism and scope

Process microelectronic mechanical system

Process purely mechanical

Process reaction mechanism

Process technology mechanical

Process-scale considerations mechanical design

Process/catalyst development reaction mechanism

Processing mechanical properties

Processing mechanics

Processing mechanics

Processing, thermosets mechanical finishing

Processive mechanism

Processive mechanism

Processive mechanism trigonal

Product Processing (Thermal and Mechanical Separation Processes)

Pulping processes mechanical, general

Quantum mechanical treatments of electron transfer processes

Quantum mechanical tunneling process

Quantum mechanics measurement processes

Quantum-mechanical signal processing

Radiation damage process mechanisms

Radiation radiolytic process, mechanism

Reaction Mechanisms Photocatalytic process efficiency

Reaction Mechanisms Reduction process

Reaction mechanism heterogeneous chemical processes

Reaction mechanisms adiabatic processes

Reaction mechanisms elementary processes

Reaction mechanisms nonadiabatic processes

Relaxation mechanism process

Reversible Processes and the Mechanical Energy Balance

Reversible processes mechanical

Rochow process mechanism

Soil mechanics laboratory classes as an integral part of the learning process

Solution-diffusion mechanism activated process

Solution-processed organic field-effect mechanisms

Some Mechanisms for the Process of Flow

Statistical mechanics reaction-diffusion processes

Statistical, Continuum Mechanical, and Rate Process Theories of Fracture

Stepwise mechanism/process

Sulfur continued forming processes, mechanisms

Synopsis of Mechanical and Physical Processes

Synthetic processes mechanisms

Temperature-dependent mechanical relaxation process

The Concept of Disperse Systems in Mechanical Process Engineering

The Mechanical Alloying Process

The Process of Glass Formation by Mechanical Alloying

The Role of Mechanical Integrity in Chemical Process Safety

Thermal dehydration process mechanism

Thermal processing melting mechanisms

Thermo-mechanical coupling processes

Transport processes mechanisms

Transport processes pore mechanism

Trifluoroethylene mechanical processing

Vessels, process mechanical design

Wacker process mechanism

Water-catalyzed process mechanism

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