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Application techniques

The application techniques include batch application and continuous application. [Pg.85]

Corrosion inhibitors are often emulsions that are able to form an organic film on the parts to be protected. [Pg.85]

The preparation of a corrosion inhibitor in the solid form allows the development of a new technique of continuous intensive anticorrosive protection for gas and oil pipelines, as well as for acidizing operations of oil wells [746]. The controlled dissolution of the solid inhibitor creates a thin protective layer on the metallic surface that prevents or minimizes the undesirable corrosion reactions. [Pg.85]

This chapter describes the application techniques of some of the main reinforcement systems with composite materials used on some of the most interesting structural members. Examined below are the main steps of the lay-up of the composites, along with their technical properties and with reference to the traditional tender specification items. [Pg.137]

In the case of reinforcements with composite materials performed onsite, the laying operations do not depend on the kind of fabric being chosen, may it be carbon, aramid, or another fabric. [Pg.137]

Unlike pome and stone fruits, there is still a need for a great deal of research into application techniques for berry fruit. Spraying is carried out with knapsack sprayers or spray guns on smaller plots, and with air-jet sprayers on larger plots. [Pg.80]


Road paving. This includes bitumen, cutbacks and fluxed bitumen as well as emulsions. Each of these products is subject to very special application techniques. This list is completed by the use of poured asphalt, even though this product is better suited to smaller surfaces sidewalks, courts, etc., than to pavements. Since the middle of the 1980 s, air-blown bitumen is no longer used for road construction. [Pg.288]

Another, probably more broadly applicable, technique is to represent a chemical compound by some of its properties. Figure 8-15 is an extension of Figure 8-1 and shows that when no structure descriptors can be derived because the structure is not known, thcji a compound can be represented by a second property (2) or. better, a series of properties, in order to predict the property 1 of interest. [Pg.430]

Application Techniques, Structural Variations, and Fastness Properties. When appHed to polyester fiber, many of the disperse dyes originally developed for ceUulose acetate were found to be deficient in Hghtfastness, build-up properties, and especially fastness to the high temperatures employed in the newer dyeing and finishing, printing, and Thermosol (dry heat) processes. [Pg.450]

X-Ray Absorption. Principles, Applications, Techniques of EXAFS, SEXAFS andXANES. (D. C. Koningsberger and R. Prins, eds.) Wiley, New York, 1988. [Pg.226]

Application technique The samples were appUed as bands (ca. 5 mm long) at right angles to the lower edge of the plate (that is parallel to the future direction of development), e.g. with the Linomat III (Camag). [Pg.305]

Chapter 8—Supplemental References A collection of references that describe data collection, analysis, and application techniques but, in general, do not contain reliability data. [Pg.3]

Generally require specialist, skilled application techniques ... [Pg.130]

However, several application techniques are available that will place more pesticide in the target area and on the target... [Pg.313]

Stone PA, Lefer LG (2001) Modified phenol chemical face peels recognizing the role of application technique. Clin Facial Plast Surg 9 351-376... [Pg.88]

One problem that has arisen with the use of herbicides in agriculture is spray or vapor drift. When fine spray droplets are released, especially if applied aerially, they may be deposited beyond the target area due to air movements to cause damage there. In the first place, this is a question of application technique. Herbicides, like other pesticides, should not be applied as sprays under windy conditions. In most... [Pg.260]

Before the EPA proceeds on a regulatory action, registrants whose products exceed the 10 risk level from nitroso contamination, will be given the opport mity to lower potential exposure to applicators and other users of their pesticides. Reduction of exposure and, thus, reduction of risk can be accomplished by modification of the manufacturing process (see below), improved packaging technology, modification of application technique (e.g. closed systems), or deletion of high-exposure uses. [Pg.386]

Occluded applications Composition relatively invariant in use System size (area) predetermined Specific site prescribed for application Application technique highly reproducible Delivery is sustained Generally operate at unit drug activity, at least operate at steady activity Delivery is zero-order Serum levels related to product efficacy Bioequivalency based on pharmacokinetic (blood level) endpoint Unavoidable local tissue levels consequential only to system toxicity Individual dose interruptable Whole system removed when spent... [Pg.232]

Experience profound compositional shifts in use May experience phases changes in use Site in the disease s location Operate at variable drug activity Highly nonstationary state kinetics Application technique and amount are highly individualized Applications short-acting Local tissue levels tied to efficacy Used on diseased, damaged skin No easy bioequivalency endpoint Systemic absorption absolutely undesirable, but some unavoidable... [Pg.233]

Because parts of the model are used in the Dutch pesticide authorization procedure to estimate worker exposure during re-entry, a study was conducted to validate some of the aspects of the proposed model. Emphasis was put on the relationship between hie applied amount of active ingredient and the resulting increase of DFR in relevant zones (crop heights), as well as determining factors (i.e., application techniques and crop density, or leaf volume index). In addition, the influence of re-entry time and crop density on transfer factors (calculated from levels of re-entry exposure and either DFR or SFR) was studied. [Pg.123]


See other pages where Application techniques is mentioned: [Pg.490]    [Pg.3]    [Pg.329]    [Pg.79]    [Pg.337]    [Pg.563]    [Pg.622]    [Pg.655]    [Pg.1081]    [Pg.371]    [Pg.998]    [Pg.197]    [Pg.203]    [Pg.204]    [Pg.543]    [Pg.85]    [Pg.177]    [Pg.179]    [Pg.849]    [Pg.961]    [Pg.120]    [Pg.122]    [Pg.128]    [Pg.128]    [Pg.133]   
See also in sourсe #XX -- [ Pg.28 ]

See also in sourсe #XX -- [ Pg.137 , Pg.138 , Pg.139 , Pg.140 , Pg.141 , Pg.142 , Pg.143 , Pg.144 , Pg.145 , Pg.146 , Pg.147 , Pg.148 , Pg.149 , Pg.150 , Pg.151 , Pg.152 , Pg.153 , Pg.154 , Pg.155 ]




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APPLICATIONS OF THE FLUIDISED SOLIDS TECHNIQUE

Affinity techniques applications

Anaerobic adhesives application techniques

Analysis techniques applications

Analytical Techniques and Their Applications

Analytical applications of ultrasound-based detection techniques to solids

Analytical techniques applications

Applicability of dust capture techniques for various finishing operations

Applicability of fume collection techniques for quenching baths

Application Example How to Combine Different EPR Techniques

Application method techniques

Application of Adhesives and Sealants by Extrusion Techniques

Application of Conventional Techniques to Study Reactions

Application of Fourier transform techniques

Application of Hydrogen Ingress Techniques

Application of Ion Implantation Techniques in CMOS Fabrication

Application of Modeling Techniques

Application of Modelling Techniques

Application of Molecular Dynamics Techniques

Application of Multivariate Techniques

Application of NLP Based Techniques in Batch Distillation

Application of Special Techniques for Fast Reactions

Application of recombinant DNA techniques

Application of the Monte Carlo Technique

Application of verbal self-report emotion techniques in the sensory and consumer field

Application techniques, pesticides

Application-oriented sensing techniques

Applications and Comparison to Other Techniques

Applications carrier distillation techniques

Applications of Hyphenated Thermogravimetric Analysis Techniques

Applications of Integration and Importance Sampling Techniques

Applications of Laser-Induced Time-Resolved Spectroscopic Techniques

Applications of Other Related Techniques

Applications of Response Surface Techniques to Uncertainty Analysis in Gas Kinetic Models

Applications of Traditional Modeling Techniques

Applications of Ultrasound-Based Detection Techniques

Applications of Vibrational Techniques

Applications of XRF and PIXE Techniques

Applications of mass spectral techniques and

Applications of mass spectral techniques and stereochemical

Applications of the Ion-Suppression Technique

Applications of ultrasound-assisted electroanalytical techniques

Applications real-time techniques

Applications sampling techniques

Applications, photoconductors technique

Applicators techniques

Assay techniques electrophoresis applications

Automated Oligosaccharide Synthesis Techniques and Applications

Beam Depth Profiling Techniques and Applications

Beam technique applications

Bioanalytical applications separation techniques

Bioinformatic techniques, applications

Calorimetric techniques application areas

Carbohydrates and other oxygen heterocycles applications of mass spectral techniques

Catalyst Coating Techniques for Micro Structures and Their Application in Fuel Processing

Combinatorial techniques applicable

Controlled-current techniques application

Conventional Application Techniques

Dating techniques application

Development and Application of Metabolic Engineering Techniques

Dynamics Techniques and Applications to Proteins

Electrooptical applications measurement techniques

Electrospinning technique polymer solutions, applications

Embossing technique application

Experimental and commercial scale application of different reservoir steaming techniques

Experimental characterization techniques application

Experimental design techniques environmental applications

Experimental monitoring techniques application

Fast reaction techniques application

Flow reactor techniques applications

Flow technique applications

Glycolic acid application technique

Gravure application techniques

Hand application techniques

Hand application techniques Brush

High pressure techniques, application

High-pressure kinetic techniques, applications

Interferometric techniques applications

Magnetic Resonance Imaging Techniques and Their Application to Silicone Degradation

Mass spectral techniques in heterocyclic chemistry: applications and

Mass spectral techniques in heterocyclic chemistry: applications and stereochemical

Measurement techniques mass spectrometry applications

Medical applications separation techniques

Membrane applications dispersion technique)

Membrane techniques, application

Metropolis Monte Carlo technique applications

Modelling techniques and applications

Modification Techniques for Improved Properties of Silicones in Biomedical Applications

Molecular biology techniques clinical applications

Monte Carlo technique applications

Multiple regression techniques, application

Novel Applications of RIA-Techniques

Nuclear analytical techniques applications

Optical characterization techniques real-time applications

Organic coatings application techniques

Other Manual Application Techniques

Overview of Techniques Applicable to Sulfuric Acid Production

Oxygen heterocycles, applications of mass spectral techniques and stereochemical

Oxygen heterocycles, applications of mass spectral techniques and stereochemical considerations in carbohydrates

Peeling techniques application

Phenol peels application techniques

Phosphorylation techniques, application

Photo-assisted technique applications

Photoemission techniques, applications

Photolithographic techniques applications

Physical Electrochemistry: Fundamentals, Techniques and Applications. Eliezer Gileadi

Potential Applications of the PROTAC Technique

Prediction techniques applications

Probabilistic risk assessment techniques application

Processing techniques and applications used for the Biopol range of polymers

Processing/fabrication techniques applications

Protein Targeting with Small Molecules: Chemical Biology Techniques and Applications

Quantum Monte Carlo technique applications

Radiation techniques, application to the

Radiation techniques, application to the study of organic radicals

Radicals, organic application of radiation techniques

Raman techniques applications

Regression techniques, application

Reversible polymerization an application of a moment closure technique

Sample application sweeping techniques

Sample preconcentration techniques practical applications

Scanning probe techniques applications

Scanning probe techniques electrochemical applications

Sealing application technique

Sedimentation technique applications

Self-consistent field techniques applications

Semiempirical techniques applications

Solid sampling techniques Applications

Some Developments in Field Emission Techniques and their Application

Some applications of flash techniques

Special Techniques and Applications

Spectral subtraction technique application

Spreading resistance technique applications

Stencil or Stereotyped Application and Techniques Issued from Printing

Surface techniques, applications

Surface techniques, applications chemical bonding studies

Surface techniques, applications minerals

Techniques and Applications of EPR Imaging

Techniques and Strategies for Monte Carlo Thermodynamic Calculations, with Applications to Nanoclusters

Techniques of Paint Application

Temperature-jump technique Applications

The application of behavioural techniques to safety

Thermal technique applications

Time-resolved techniques application

Various Mossbauer Spectroscopy Techniques in Study of Applications Related to Nanocrystalline Iron Oxides

Vinyl resins application techniques

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