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POTENTIAL MATERIAL

Material Potential-Determining Ion Point of Zero Charge... [Pg.414]

Thermal recycling of plastics is becoming a more popular option in Japan, largely because of a lack of landfill sites, and also because of the materials potential as an untapped source of energy. The article supplies brief details of the advantages of thermal recycling. [Pg.95]

Presence of P and N Presence of F Self-extinguishing materials. Potential flame retardant additives... [Pg.194]

In the preparation of many solid state reference materials, reduction of the grain size plays an important role. Usually this reduction is required because of the measurement methods to be used both in the projects and later by the users of the reference material, as well as to come to an acceptable minimum sample intake. The minimum sample intake can be defined as the minimum amount of material needed, so that the heterogeneity of the material does not affect the repeatability of the measurement method. The reduction of the grain size is usually implemented by crushing and/or grinding techniques. The techniques employed and the equipment used must be suitable for the purpose of processing the material. Potential problems of contamination, loss of volatile components, and/or other physical and... [Pg.12]

Compared with microporous and mesoporous materials, the larger, interconnected voids in macroporous materials potentially provide easier molecule transportation through the materials. This is of particular interest for the transport of large biomolecules (e.g., proteins and cells). The pore sizes in macroporous materials are usually from tens to hundreds of nanometers, and the pores are typically... [Pg.211]

As opposed to conventional analytical techniques, optical sensors and biosensors, particularly those employing absorption and fluorescence-based sensing materials potentially allow for measurement through transparent or semi-transparent materials in a non-destructive fashion4, 5> 9 10. Chemical sensor technology has developed rapidly over the past years and a number of systems for food applications have been introduced and evaluated with foods. [Pg.502]

Another raw material potentially useful for the synthesis of condensation monomers is 2,4,6-trinitrotoluene (TNT) a well-known military explosive [20, 21]. Presently in a number of countries a large amount of ammunition liable to liquidation has been accumulated. Its major explosive component is TNT, and thus its utilisation has become a basic challenge [20, 21]. [Pg.3]

Management and disposal of the wide variety of hazardous wastes has been aided by the development of waste classification systems. The term waste classification refers to broadly defined waste categories related, for example, to properties of waste materials, potential risks to human health that arise from waste management or disposal, or the source of the waste. Ideally, hazardous wastes in the same class should pose similar risks to human health and, thus, require similar approaches to safe management and disposal. [Pg.5]

BIOMASS FEEDSTOCK MATERIAL POTENTIALLY AVAILABLE FOR ETHANOL PRODUCTION PRODUCTION POTENTIAL, MILLION GALLONS PER YEAR ETHANOL... [Pg.68]

The blinded TEM studies rated the test materials potential to improve lipid ultrastructure as neat SEFA > neat petrolatum > lotion. However, the blinded expert scoring in this study ranked the test materials ability to improve dry skin oppositely lotion > neat petrolatum > neat SEFA. This reversal illustrates two of the roles a moisturizer can play the former showing the materials potential to effect functional improvement and biological repair, the latter showing their potential to cosmetically improve dry skin.47 Importantly, these results demonstrate that the cosmetic and functional aspects of a moisturizer s action on skin do not necessarily contribute to the same extent or need not even act in parallel for a given material or product. [Pg.362]

Adsorption of transition metal species during processing, cellulose, 388 Advisory panels for standards for archival materials, potential benefits, 311 Age of cellulosic textiles determination from single-fiber creep measurements, 19-38 effect on crystallinity, 417 effect on rate of degradation, 416-17 Aged paper... [Pg.434]

Number RTILs in RE Redox Material Electrode Material Potential Determing Reaction Redox Potential of Ferrocene Reference... [Pg.39]

Combustible when exposed to heat or flame can react with oxidizing materials. Potentially explosive reaction with oxygen at 90°C/100 bar. Violent reaction with NaOH. Slight explosion hazard when exposed to heat. To fight fire, use water, CO2, dry chemical. [Pg.748]

F2). Once the desired compound has been detected by the mass spectrometer, the software will trigger the first fraction collector which will divert the flow into the first fraction vessel (FI) and the desired material will be collected. In this way, the purified material is collected by fraction collector one, the other components from the sample will be collected in a different vessel by fraction collector two and only solvent will be collected into the waste container. Similarly, if the system fails to trigger collection of the desired material, potentially valuable samples would not be lost by virtue of being bulked with other unde.sired entities in a common waste vessel. Instead, the unpurified sample can simply be recovered from the solvent collected in F2 and reprocessed. [Pg.345]


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Analytic Potentials and Materials Simulation

Biological- and Field-Responsive Polymers Expanding Potential in Smart Materials

Chemical potential change, reduced materials

Chemical potential of a material surface

Economics material potential

Evaluating Potentially Reactive Materials

High-potential materials

Improvement, balancing potential with materiality

Materials and Potential Applications

Materials application potential

New Potential Scintillation Materials in Borophosphate Systems

Novel materials with wide application potential

Packaging materials potential hazards

Polymeric Membrane Materials and Potential Use in Gas Separation

Porous Inorganic Materials as Potential Supports for Ionic Liquids

Potential Long-Term Needs for Additional Reference Materials

Potential Raw Materials

Potential Use as Material

Potential Uses for Nanodimensional Materials

Potential catalytic materials

Potential of polymer clay nanocomposites as barrier materials

Potential use of fluorinated monolayers in materials science

Quality of the potential fill material

Spontaneous potential in Earth materials

Working electrode materials, potential range

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