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Processing, materials

Materials processing has to do with the conversion of materials into products of desired shape, integrity, and properties. This involves several well established methods including  [Pg.212]

Formula Symbol Space group Lattice parameters (nm) Reference [Pg.331]

The processing of ceramic superconductors is a highly challenging enterprise which has, in fact, limited their large-scale industrial applications to date. In [Pg.331]


Lieberman M A and Liohtenberg A J 1994 Principles of Plasma Discharges and Materials Processing (New York Wiley)... [Pg.2811]

High demands are placed on the substrate material of disk-shaped optical data storage devices regarding the optical, physical, chemical, mechanical, and thermal properties. In addition to these physical parameters, they have to meet special requirements regarding optical purity of the material, processing characteristics, and especially in mass production, economic characteristics (costs, processing). The question of recyclabiUty must also be tackled. [Pg.156]

S. S. Charschan, ed., UM Guide to Laser Materials Processing, Laser Institute of America, Orlando, Fla., 1993. [Pg.21]

C. Albright, ed.. Laser Welding Machining and Materials Processing, Spriager-Vedag, Berlin, 1986. [Pg.22]

There are numerous further appHcations for which maleic anhydride serves as a raw material. These appHcations prove the versatiHty of this molecule. The popular artificial sweetener aspartame [22839-47-0] is a dipeptide with one amino acid (l-aspartic acid [56-84-8]) which is produced from maleic anhydride as the starting material. Processes have been reported for production of poly(aspartic acid) [26063-13-8] (184—186) with appHcations for this biodegradable polymer aimed at detergent builders, water treatment, and poly(acryHc acid) [9003-01-4] replacement (184,187,188) (see Detergency). [Pg.460]

H. E. Seemaim, in J. M. Sturge, ed., Niblette s Handbook of Photography and Eeprography Materials, Processes and Systems, Van Nostrand Reinhold, New York, 1977, pp. 550-561. [Pg.58]

R. Edgar and R. Snider, in D. E. Clark and co-workers, eds.. Microwaves Theory and Application in Materials Processing, American Ceramics Society, Westerville, Ohio, 1991. [Pg.348]

M. G. Pecht, L. Nyugen, and E. B. Hakim, Plastic Encapsulated Microelectronics Materials, Processes Quality, Reliability and Applications, John Wiley Sons, Inc., New York, 1995. [Pg.535]

AMMONIA Raw material Process description Feedstock conversion reaction V012... [Pg.341]

James H. O DoimeU, ed.. Irradiation of Polymeric Materials Processes, Mechanisms and Applications, American Chemical Society, Washington, D.C., 1993. [Pg.434]

R. F. Bunshah, in New Trends in Materials Processing, American Society of Metals, Metals Park, Ohio, 1974, pp. 200—269. [Pg.52]

Economic Benefits. The traditional costs of a product include raw materials, processing, overhead, and so forth. Designers and engineers considering potential composite appHcations cannot compare material costs only. Polymer composites, except for inexpensive fillers and small amounts of additives, consist mostly of resin and reinforcement, whose materials costs are usually higher than traditional materials. [Pg.97]

Materials. Supercritical fluids offer many opportunities in materials processing, such as crystallization, recrystallization, comminution, fiber formation, blend formation, and microceUular (foam) formation. [Pg.228]

For fabrics of thermoplastic fibers, permanent effects are obtainable if heat and pressure are appHed to soften the material. Processes dealing with carpets, nonwovens, and chemical modifications or additions that occur before the fiber is formed are not discussed herein (see Nonwoven fabrics). [Pg.442]

Material Processing. There are many types of dmg deHvery systems and the manufactuting of each system consists of fabricating a device as weU as loading the dmg and other excipients iato this device. The dmg can be iatroduced iato various components of the system by physical and chemical means, and at various stages of system fabrication (150). [Pg.233]

Material processes consist of cavity-filling and saturation coating. The cavity-filling process involves molding, potting, and coating. [Pg.192]

Water Consumption Jigs require much water. In most installations, the Harz-type jig uses 0.006 to 0.01 m water/kg (1500 to 2500 gal/ton) material treated. Water requirements for treating minus 10-mm (%-in) iron ore in a Wemco-Bemer rougher-cleaner jig circuit are approximately 0.005 m water/kg (1200 gal/ton) of material processed. [Pg.1783]

Performance of Bead Mills Materials processed in stirred-media mills are listed in Table 20-17. Variables affecting the milling process are listed below. [Pg.1854]

TABLE 20-17 Materials Processed in Stirred-Media Mills (Stehr/ /nternotiono/ J, Mineral Processing, 22 1-4, 431-4, 1988). [Pg.1855]

The process of building a list of candidates begins with the client. By examining the specific synthesis desired or material processing and handling required, you can search for tollers that possess the skills and equipment to meet the processing scope. [Pg.15]

Are liquids used to cool or purge seals compatible with materials processed in the equipment If so, are temperature, pressures, and materials appropriate for the seal components and reflected in procedures ... [Pg.87]

It may be appropriate, based upon the hazards of the materials processed, for the client company to make a final site visit during the toll shutdown activities to review the toller s methods and completeness of process termination. This review could include termination status such as removal of all hazardous wastes and verification of associated documentation, and the adequate cleanup of equipment and the process area. [Pg.139]


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A brief description of the manufacturing processes for medical textile materials

Additive manufacturing processes material extrusion

Adhesives are Process Materials

Advanced Materials Intelligent Processing

Advanced Materials and Processes

Advanced Materials and Processes Research

Advanced Materials and Processes Research Institute

Advanced Materials and Processing

Advanced textile materials processes

Alignment material process

Aluminum process materials inputs

Amorphous mesoporous materials process

Anionic materials, textile processing

Anode Materials in the Context of Fuel Processing

Baroplastic materials processing

Basis material area processed

Batch processes electronic materials

Biomimetic material processing

Bonding processes material/process requirements

Carbon materials carbonization process

Carbon materials fluorination process

Carbon materials graphitization process

Cationic materials, textile processing

Ceramic materials machining process

Ceramic materials process technology

Ceramic tile processing, materials

Chemical and Electrochemical Processes that Accompany the Degradation of HTSC Materials

Chemical process industry material defects

Chemical processing materials selection

Chemical processing, blanket material

Choice of Materials and Processing Methods

Collecting processing collected material

Complex Materials Mimicking Biological Processes

Composite Materials Production Processes

Composite materials autoclave process

Composite materials prepreg process

Composite materials process monitoring

Composite materials process requirements

Computational fluid dynamics materials processing modeling using

Control, process, method material balance

Copper process materials inputs

Costs Associated with Refining, Processing, and Quality Control Inspection of Rare Earth Materials

Crystals as All-Optical Information Processing Materials

Dependence of the Conductivity on Geometry, Material and Process Condition

Design Materials and Processes

EFFECT OF PROCESS ON MATERIAL PROPERTIES

Electrochemical Processes Involving Porous Materials

Electrochemical processes material balance equations

Electrode Processing Impact of Material Size

Electron Beam Process in the Production of Heat-Shrinkable Materials

Electronic materials and processes

Electronic materials oxidation processing

Electronic materials, processing

Elements of Technology, Raw Materials, and Processing

Engineering materials design process

Environmentally Conscious Materials and Chemicals Processing. Edited by Myer Kutz

Environmentally Conscious Materials and Chemicals Processing. Edited by Myer Kutz 2007 John Wiley Sons, Inc, ISBN

Environmentally friendly materials and processes

External processing environment materials

Extrusion process materials handling

Fast Processes in Nanometric Energetic Materials

Femtosecond laser technology material processing

Flavoring Materials Made by Processing

Food materials structuring process

Food materials structuring process homogenization

Heterogeneous process inert material

Heterogeneous process reactor surface material

High temperature materials processing

Hydrometallurgical processing sulfide materials, sulfur

In Microelectronics Processing: Inorganic Materials Characterization Casper

In-process materials

Influencing materials processing

Influencing materials processing solution

Intelligent Processing and Manufacturing of Materials

Interactions between shaping process and plastics materials

Kinetic Processes in Materials

Laboratory-scale processing of the recycled material

Lamination process, vacuum materials

Limitations materials properties/processes

MICROELECTRONICS PROCESSING: INORGANIC MATERIALS CHARACTERIZATION

Manufacturers, materials, recycling chemical processes

Manufacturers, materials, recycling physical processes

Material Balance on Reactive Processes

Material Components, Processing, Applications

Material Development and Process

Material Identification and Process Verification

Material and Energy Balancing in the Process Industries

Material and Heat Integration of the Two Processes

Material and manufacturing process selection

Material balances, separation processes

Material growth process systems

Material properties and processing

Material properties production process

Material selection manufacturing process

Material selection processing, importance

Material vinyl acetate monomer process

Material vinyl chloride monomer process

Material, Construction and Processes

Material/process characteristics

Material/process selection checklist

Materiality as process

Materially joining process

Materials Developments through Processing

Materials Processing and Microstructure

Materials and Processes in UV-Assisted Nanoimprint Lithography

Materials and process variables

Materials and processing

Materials processing industry

Materials processing industry mixtures

Materials processing industry particulate systems

Materials processing properties

Materials processing with supercritical solvents

Materials processing, computation fluid

Materials processing, computation fluid dynamics modeling

Materials processing, importance

Materials science extraction process

Materials synthesis and processing

Materials, Processing, and Characterization Techniques

Materials, advanced process-related, needs

Materials, tire fabric processing

Maximizing incorporation process materials into product

Metals and materials processing

Metals processing materials selection

Microelectronics materials processing, application

Microgravity processing of materials

Mineral processing spent materials

Mixed (hybrid) processes and materials

Monitoring material processes

Multilayer board processing Materials

Nanostructured materials condensation process

Nuclear reactor materials processing

Numerical Modeling of Multiphase Flows in Materials Processing

Optical materials processing

Organic field effect transistors solution-processable materials

Overview of the Chemical Process Industry and Primary Raw Materials

Oxidation processing of electronic materials

Oxygen carrier-transport materials processes

Packing materials, processing facilities

Panel on Food Contact Materials, Enzymes Flavourings and Processing Aids

Peroxide curing process materials

Photonic material processing

Photovoltaic Materials and Processing

Physical/thermal activation process porous materials

Pill Applications for Processing Semiconductor Materials

Polymer Materials and their Processing

Polymers materials and processing

Preparation processes, catalytic materials

Prepreg processing materials

Process and material

Process and material property improvement

Process and material selection

Process control materials manufacturing

Process design materials manufacturing

Process equipment construction materials

Process equipment material hazards

Process material

Process material

Process material composition

Process material conservation

Process material recovery reuse

Process material supply

Process microreactor materials

Process monitoring/control technologies material costs

Process operations material transfer

Process reinforcement material

Process systems engineers material selection

Process systems with material integration

Process systems with significant material recycling

Process vessels construction materials

Process-material interactions

Process-scale considerations construction materials

Processable Materials

Processes for Structuring of Food Materials

Processes in bulk materials

Processing Steps of Renewable Raw Material Logistic Chains

Processing biohazardous materials

Processing body materials

Processing material formation

Processing materials use

Processing methods material composition effects

Processing methods material cost considerations

Processing of ABS materials

Processing of Materials

Processing of Raw Materials

Processing of Toxic or Explosive Materials

Processing of advanced materials

Processing raw materials

Processing recycled materials

Processing, ceramic materials

Processing, thermoplastics barrel materials

Processing, thermoplastics material concepts

Properties of Feed Materials Affecting the Sizing Process

Protein materials solvent process

Protein materials thermoplastic process

Pultrusion process materials

Radiation damage process material degradation

Raw materials and manufacturing processes

Real-Time Monitoring of Chemical and Materials Processes

Reinforced plastics materials properties/processes

Relationship between material processing

Relationship between material processing structure

Resist Materials and Processes

Review of Nanoscale and Microscale Phenomena in Materials Processing

SVM Applied to Process Design for Materials Preparation

Selection of Process Equipment and Materials

Selection scheme of the material and process

Sensitive materials processing

Sensitive materials processing charges

Separation processes high-purity materials

Separation processes thermally sensitive materials

Separation technologies/processes reactor materials, needs

Soaps raw materials and their processing

Solution Processing of Inorganic Materials, edited by David B. Mitzi

Solution-processable materials

Solution-processed materials

Spill of Process Materials in an SCB

Standard reference material processing

Textile materials yarn processing

Thermal processing of the pre-planetary material

Thermo-oxidative processes materials

Thermoforming, part processing materials

Tile processing, materials handling

Typical Material Balance Problems in Chemical Processes

Ultraviolet absorbers and related materials photochemical processes

Ultraviolet absorbers and related materials photophysical processes

Uranium feed materials processing

Use in materials processing

Wet process for mixing materials

When Dense or Microporous Materials Control the Overall Process Performance

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