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Demonstrators

Equation (5.8) tends to predict vapor loads slightly higher than those predicted by the full multicomponent form of the Underwood equation. The important thing, however, is not the absolute value but the relative values of the alternative sequences. Porter and Momoh have demonstrated that the rank order of total vapor load follows the rank order of total cost. [Pg.137]

In order to meet French manufacturers fuel quality specifications, a diesel fuel should contain a detergent additive whose effectiveness will have been demonstrated by the procedure described previously. [Pg.247]

Specifically, this volume Intends to help the reader to understand the major technical and business considerations which make up each part of the life of a typical oil or gas field, and to demonstrate the link between the many disciplines involved. [Pg.1]

Many techniques have been developed for management of the safety and environmental impact of operations, and much science is applied to these areas. The objective of this section is to demonstrate how the practising engineer can have a significant impact on these aspects of a field development, and that safety and the environment should be the concerns of all employees. [Pg.65]

The example of a binary mixture is used to demonstrate the increased complexity of the phase diagram through the introduction of a second component in the system. Typical reservoir fluids contain hundreds of components, which makes the laboratory measurement or mathematical prediction of the phase behaviour more complex still. However, the principles established above will be useful in understanding the differences in phase behaviour for the main types of hydrocarbon identified. [Pg.101]

The geometry and reservoir quality have a very important influence on whether horizontal wells will realise a benefit compared to a vertical well, as demonstrated by the following example. [Pg.219]

Another type of gravity separator used for small amounts of oily water, the oil interceptor, is widely used both offshore and onshore. These devices work by encouraging oil particles to coalesce on the surface of plates. Once bigger oil droplets are formed they tend to float to the surface of the water faster and can be skimmed off. A corrugated plate interceptor (CPI) is shown below and demonstrates the principle involved. However there are many varieties available. Plate interceptors can typically reduce oil content to 50-150 ppm. [Pg.248]

Various types of subsea production systems are being used and their versatility and practicality is being demonstrated in both major and marginal fields throughout the world. [Pg.268]

A new acoustic emission system (AEBIL Acoustic Emission Binary Localizer) meeting the requirements for continuous on-line structural surveillance of critical conponents of operating plants Is described in the paper. The system is specifically designed to identify and locate structurally significant, spatially concentrated, AE sources in the presence of a high rate of spatially diffuse AE events. The system performance and reliability has been extensively demonstrated in In-plant applications. [Pg.67]

A novel approach for suppression of grain noise in ultrasonic signals, based on noncoherent detector statistics and signal entropy, is presented. The performance of the technique is demonstrated using ultrasonic B-scans from samples with coarse material structure. [Pg.89]

Experimental results on real ultrasonic B-scan data, acquired from samples with coarse material structure, are presented to demonstrate the power of the novel approach. [Pg.89]

The effectiveness of the approach is demonstrated on two rqjresentative NDT techniques intapretation of data acquired with an ultrasonic rail inspection system and interpretation of eddy-current data from heat exchangers in (petro-)chemical industry. The results show that it is possible to provide a high level of automation in combination with efficient operator support for highly variable NDT measurements where up to now use of automated interpretation was only limited. [Pg.97]

The classical computer tomography (CT), including the medical one, has already been demonstrated its efficiency in many practical applications. At the same time, the request of the all-round survey of the object, which is usually unattainable, makes it important to find alternative approaches with less rigid restrictions to the number of projections and accessible views for observation. In the last time, it was understood that one effective way to withstand the extreme lack of data is to introduce a priori knowledge based upon classical inverse theory (including Maximum Entropy Method (MEM)) of the solution of ill-posed problems [1-6]. As shown in [6] for objects with binary structure, the necessary number of projections to get the quality of image restoration compared to that of CT using multistep reconstruction (MSR) method did not exceed seven and eould be reduced even further. [Pg.113]

The described approach is suitable for the reconstruction of complicated dielectric profiles of high contrast and demonstrates good stability with respect to the noise in the input data. However, the convergence and the stability of the solution deteriorate if the low-frequency information is lacking. Thus, the method needs to be modified before using in praetiee with real microwave and millimeter wave sourees and antennas, whieh are usually essentially band-limited elements. [Pg.129]

Arzhaev A T, Kiselyov V.A., Bougaenko S E., Strelkov B.P, Badalyan VG, Vopilkin, A.Kb. Safety significance of Augur-4.2 on-site applications at RBMK NPPs. In NDE Techniques Capability Demonstration and Inspection Qualification, U. EstorffandP. Lematre (Eds ), 1997, pp, 251-259. [Pg.197]

Since we did not know that we were in NDT we were unaware of others in the field and felt it to be a rather new field, we felt like explorers For us it was new and we carried on for some time blissfully unaware that Prof. Hughes had demonstrated the effect almost 100 years before and Foerster had solved most of the practical problems more than a decade earlier. We only gradually became aware that we were not alone. [Pg.273]

Earlier research has been focused on laboratory work to determine the feasibility of the method. Both experiments on real components and FEM simulations have been used. Simulations have been used as a guidance when deciding a suitable measurement arrangement. Examples of the information that can be obtained from FEM simulations will be demonstrated. [Pg.381]

Such requirements are meant to change the usual configurations and technologies usually associated with photothermal set-up. These changes mainly affect the IR detection devices, the optical components associated with the excitation and detection flux and the signal acquisition hardware and software. Figure 9 presents a sketch of the so-called pre-industrial demonstrator built from those different improvements. [Pg.397]

The demonstrator whose goal is to establish feasibility studies and to size specific industrial tools is now operating in FRAMATOME Technical Center. [Pg.397]

Figure 10 Fig 4. part inspection obtained on the pre-industrial demonstrator same information compared to fig. 6 but the inspection is completed 20 times faster. [Pg.398]

The resolution of images of the Real Time X-Ray system depend on the material thickness and on the settings of the system. While setting up the Real Time X-Ray inspection of parts the resolution is compared with the resolution aehieved in film bases X-Ray as used over the last years. It is demonstrated that the sensitivity of Real Time X-Ray meets the specification of DIN 54109 Bildgtitteklasse II. [Pg.457]

This opens perspectives for obtaining phase contrast information in a microfocus tomographic system Recently we have developed a desktop X-ray microtomographic system [4] with a spot size of 8 micrometer (70 KeV) and equipped with a (1024) pixel CCD, lens coupled to a scintillator. The system is now commercially available [5], The setup is sketched in Figure 1 In this work we used the system to demonstrate the feasibility for phase contrast microtomography. [Pg.574]

It has been demonstrated that phase contrast microtomography is feasible with a desktop (commercial) X-ray microtomographic system The observations agree well with the theoretical predictions. This opens perspectives for high resolution microtomography of light objects. [Pg.578]

But there are two physical phenomena that were not taken into account in the frame of the theory [1-3], although our last researches demonstrate its principal significance for liquid penetrant testing. The aim of this study is to investigate these phenomena and to determine the restrictions on theory applicability. [Pg.613]


See other pages where Demonstrators is mentioned: [Pg.110]    [Pg.290]    [Pg.294]    [Pg.344]    [Pg.37]    [Pg.38]    [Pg.52]    [Pg.130]    [Pg.170]    [Pg.194]    [Pg.206]    [Pg.250]    [Pg.252]    [Pg.270]    [Pg.271]    [Pg.393]    [Pg.397]    [Pg.448]    [Pg.483]    [Pg.490]    [Pg.502]    [Pg.508]    [Pg.509]    [Pg.509]    [Pg.510]    [Pg.596]    [Pg.655]   
See also in sourсe #XX -- [ Pg.78 , Pg.79 , Pg.86 , Pg.87 , Pg.88 , Pg.89 ]




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A Practical Demonstration of GP-Based Software

A Simple Experiment to Demonstrate the Greenhouse Effect

ALARP demonstration

ALFRED European Demonstrator

ASTRID Demonstration

Activated demonstration

Advanced Lead Fast Reactor European Demonstrator

Advanced Sodium Technological Reactor for Industrial Demonstration

Alcohols, burning demonstration)

AlkyClean Process Demonstration Unit

Alternative Landfill Cover Demonstration

Aluminium demonstration)

Ammonium chloride demonstration)

Anaerobic biorestoration field demonstration

Anaerobic biorestoration field demonstration project

Anatomical demonstration objects

Animated Demonstrations

Application and Demonstration in Transportation

Applications demonstrating DNA microarray utility

Applications demonstrating protein microarray utility

Automated Test Demonstration

Best demonstrated available technology

Biochemistry Demonstration Fat, Flatulence, and Bean Soup

Biology, chemical basis, experiments demonstrating

Buffer demonstration

CA Calculations Demonstrated with a Simple Example

Calcium carbonate demonstration)

Calcium demonstration

Calcium, reaction with water demonstration)

Candle demonstration)

Capability demonstration

Case Studies Demonstrating the Economic Benefits of Green Chemistry and Design

Catalysis experimental demonstration

Chinese demonstration fast reactor

Chlorine generating (demonstration

Closed-loop cycle demonstrator

Closed-loop cycle demonstrator operation

Commercial scale demonstrations

Compliance facts demonstrating

Concerted mechanism, technique demonstration

Constant first quantitative demonstration

Cutaneous blood flow demonstration

DA Calculations Demonstrated with a Simple Example

Demonstrate

Demonstrate capability

Demonstrate conformance of product

Demonstrate meaning

Demonstrate records

Demonstrate the Innovation xxviii-xxxi

Demonstrated fuel cycle

Demonstrating similarity

Demonstration

Demonstration

Demonstration Canada

Demonstration Denmark

Demonstration European Union

Demonstration Fajans titration

Demonstration Germany

Demonstration Japan

Demonstration South Korea

Demonstration Templates

Demonstration United States

Demonstration absorption spectra

Demonstration acid rain chemistry

Demonstration analysis

Demonstration and Validation

Demonstration approaches

Demonstration carbonic acid

Demonstration cell test

Demonstration de

Demonstration de 5.1.1 i)

Demonstration de 5.1.1 ii) b)

Demonstration de 6.1.1 A)

Demonstration de 6.1.1 B) et C)

Demonstration des assertions faciles contenues dans

Demonstration electrochemical writing

Demonstration experiments

Demonstration fluorescence

Demonstration glucose isomerase

Demonstration microdialysis

Demonstration of Ascospores

Demonstration of Intermediates

Demonstration of L-Peak Shape Variation

Demonstration of Up-scaled Hydrogen Production by Palladium-based Membrane Reactors

Demonstration of the general nomenclature rules

Demonstration package

Demonstration plant

Demonstration plant coal liquefaction

Demonstration plants, coal

Demonstration plants, coal combined-cycle

Demonstration plants, coal gasification

Demonstration projects

Demonstration projects China

Demonstration projects Germany

Demonstration projects United States

Demonstration projects applications

Demonstration reactors

Demonstration sites

Demonstration transportation demonstrations

Demonstration unit

Demonstration, genomic annotation

Demonstrations Chemical Change

Demonstrations Color Value

Demonstrations Display

Demonstrations Light from Excited Atoms

Demonstrations Soldering

Demonstrations lucigenin

Demonstrations luminol

Demonstrations, chemical

Demonstrations, chemiluminescent

Demonstrations, classroom

Demonstrations, classroom tools

Demonstrator devices

Demonstrator power plant, steam

Depolarization first demonstrated

Displacement reactions demonstration)

Doxil demonstration

EXPERIMENT 1 DEMONSTRATING THE FUNDAMENTALS

Electrolysis demonstration)

Elementary Demonstration of Prototype System for Catheters Using Piezoelectric Polymer Fiber

Energies demonstrations

Energy, released when chemical demonstration)

Environmental Protection Agency research demonstration

Environmentally important reactions demonstrations

Examples Demonstrating Feasibility

Existing Demonstration Projects

Experiment for demonstration

Experimental Demonstration of Matter Waves

Experimental Demonstration of Mixing

Experimental Demonstration of Tg

Experimental Demonstration of the Novel Process Concept in a Pilot-Scale Set-Up

Experimental demonstration

Experimental demonstration of the micromixing process

Experiments demonstrating foam

Experiments demonstrating foam formation

Fission first demonstration

Flame throwers demonstrations

Floating magnets demonstration

Fluorescence polarized, first demonstrated

Fuel Cell Analysis and Demonstration

Fuel Cell Demonstrator

Fuel Cell Demonstrator characteristics

Fuel Cell Demonstrator circuits

Fuel Cell Demonstrator efficiency

Fuel Cell Demonstrator types

Fuel Cell Demonstrator vehicles powered

Fuel cell vehicle demonstration fleets

Fuel cells demonstration projects

Functional Demonstrator of a Preventive Pedestrian Protection System

Gasification demonstration plants

Glass transition temperature experimental demonstration

HCFA Chronic Ventilator Demonstration

Hallberg’s benchmark demonstration

Hemoglobin demonstrated

Histochemical Demonstration of Carbohydrates

Histological demonstration

Historical depot demonstration missions

Homogeneous antibodies demonstration

Hydrogen and Fuel Cell Demonstration

Hydrogen peroxide, decomposition demonstrations)

In-plant demonstrations

Incidents demonstration, burned

Integrated Demonstration Test

Intermediates, demonstration

Japan Demonstration Project (JHFC

Japan Hydrogen and Fuel Cell Demonstration Project

Japan Power Demonstration Reactor

Japan Power Demonstration Reactor JPDR)

LECTURE DEMONSTRATIONS

Lead-cooled European Advanced DEmonstration Reactor

Leadership demonstration

Lecture demonstrations role

Lecture demonstrations, chemistry

Lecture demonstrations, chemistry education

Linearity demonstration

Magnesium and demonstration)

Magnesium demonstration)

Matrix demonstration

Medical marketing effectiveness demonstration

Metals demonstration)

Method accuracy demonstration

Microcirculation flow demonstration

Miller indices demonstration

Molecular mechanism, demonstration

Molecular mechanism, demonstration commonality

Molecules, arranging demonstration)

Motion demonstrations

National Learning Demonstration

Near-Term Demonstration Machine

Near-term demonstration

Nitrogen fixing first demonstrated

Nucleus Firms Must Demonstrate Capabilities to Build the Keiretsu

Oberhausen-Holten coal gasification demonstration

Oxalates demonstration

Oxygen molecule magnetism demonstration

PAMPA 50 Model Lipid Systems Demonstrated with 32 Structurally Unrelated Drug Molecules

PCA Calculations Demonstrated with a Simple Example

Parallel mechanisms, demonstration

Parallel mechanisms, demonstration relationships

Performance demonstration

Pharmaceuticals demonstration

Pharmacoeconomics demonstrates a drugs value

Phosphodiesterase demonstration

Pilot Plant Demonstration

Pilot demonstration center

Pilot or Field Demonstration

Pilot/demonstration project

Planned Demonstration Projects

Polyene-sterol interaction has been demonstrated in vitro

Polymerization demonstrated applications

Positron demonstrated

Power Demonstration Reactor Program

Preliminary Demonstration

Proposed Demonstrations

Proposed Demonstrations for Lecture

Proteins antigenic cross-reactivity, demonstration

Public demonstrations

Pulsed laser deposition demonstrator devices

Pyroprocess Integrated Inactive Demonstration Facility

Rainbow demonstration

Range demonstration

Redox titration demonstration

Requirements for demonstrating safety

Research development and demonstration permits

Research, development, and demonstration

Resonance radiation, first demonstrated

Retinoic acid receptors demonstration

Rhodium demonstrating formation

Role playing demonstrations

Rubber demonstrations

Rubber elasticity demonstration experiments

SAFETY CONSIDERATIONS FOR CHEMISTRY DEMONSTRATIONS

SOFC System Demonstrations

Safe behavior demonstration

Safety cases ALARP demonstration

Safety concerns, science demonstrations

Safety demonstration studies

Scanning tunneling microscope demonstration

Science demonstrations

Sensitization demonstration

Sensitized fluorescence, first demonstrated

Separation demonstration

Silver mirror demonstration

Skill 12.1 Demonstrating knowledge of various separation techniques (e.g., distillation, filtration, chromatography) and their basic principles

Skill 17.4 Demonstrating a basic understanding of quantum numbers

Skill 19.3 Demonstrate knowledge of basic techniques used to separate substances based on differences in properties

Skill 19.6 Demonstrate proficiency at naming compounds and writing formulas

Skill 22.4 Demonstrate an understanding of the differences between real and ideal gases

Skill 27.2 Demonstrate an understanding of electrolysis reactions

Skylab Diffusion Demonstration Experiments

Small-Scale Demonstration (Proof of Principle)

Smoke demonstrations

Sodium demonstration)

Solar-Hydrogen Demonstration Power Plant

Solubility-limiting methods measurement, demonstration

Sulfur-iodine cycle demonstration

Superheat Advance Demonstration

Superheat Advance Demonstration Experiment

Switzerland demonstrations

Synthesis loop first demonstration

System performance, demonstrating

Systems demonstrations

Texaco Cool Water Demonstration

The Audit—Demonstrating Validation Capability

The Intramolecular Allenylidene to Indenylidene Rearrangement Demonstration

The Solar-Hydrogen Demonstration Plant

The demonstration fast breeder reactor

Thermit reaction demonstration)

Three-dimensions demonstration analysis

Tornado demonstration

Transportation fuel cell demonstrations

Unexpected or Superior Results Can Be Demonstrated Through a Single Property

Vamamo demonstration plant

Vanishing water demonstration

Water demonstration

West Valley Demonstration

William Odling and his Demonstrators

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