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Ferritic

Two types of materials are studied in the CIAPES programme ferritic steel and stainless steel. A database for vessels monitored by acoustic emission has been builded to collect the results of all the tests carried out in laboratory and in situ. [Pg.55]

Fig. 2 Single slice of porosity in ferritic weld (a) original image, (b) image recontruction without noise, (c) image reconstruction with noise. Fig. 2 Single slice of porosity in ferritic weld (a) original image, (b) image recontruction without noise, (c) image reconstruction with noise.
Simulations of the adaptive reconstruction have been performed for a single slice of a porosity in ferritic weld as shown in Fig. 2a [11]. The image matrix has the dimensions 230x120 pixels. The number of beams in each projection is M=131. The total number of projections K was chosen to be 50. For the projections the usual CT setup was used restricted to angels between 0° and 180° with the uniform step size of about 3.7°. The diagonal form of the quadratic criteria F(a,a) and f(a,a) were used for the reconstruction algorithms (5) and (6). [Pg.124]

This correction function was calculated for different kinds of excitation coils, like circular coils without ferrite core, spiral coils, double-D coils and a sheet inducer. For this purpose the eddy current density was determined for frequencies between 10 and 1000 Hz and for depths between 0 and 30 mm. [Pg.256]

The sensitivity to defects and other control parameters can be improved by optimizing the choice of the probe. It appears, after study of different types of probes (ferritic, wild steel, insulator) with different geometries (dish, conical,. ..), necessary to underline that the success of a feasibility research, largely depends on a suitable definition of measure collectors, so that they are adapted to the considered problem. [Pg.289]

By increasing the probe diameter, we bring down tlie impedance point along the impedance curve with the same way as the electrical frequency or conductivity. We will describe only one type of probes, namely, the probe with ferritic circular section that we could qualify as punctual with an optimal sensibility. In order to satisfy these conditions, tests will be made to confirm these results by ... [Pg.292]

As a conclusion to this experiment and in order to optimize the sensibility of tire probe it is necessary that the coil shall be on the edge of the ferrite. The results obtained confirm the probe stability. [Pg.292]

Figure 3 Ferritic probe with a cross section. Figure 3 Ferritic probe with a cross section.
Figure 4 Ferritic probe with a conic section. Figure 4 Ferritic probe with a conic section.
Figure 7 Normalized impedance diagram (ferritic conic probe). Figure 7 Normalized impedance diagram (ferritic conic probe).
Figure 3 Picture of the inspected part (plasma-sprayed chromium cast iron on ferritic steel). The surface presents several cracks I to 15 pm wide. Figure 3 Picture of the inspected part (plasma-sprayed chromium cast iron on ferritic steel). The surface presents several cracks I to 15 pm wide.
BE-7500 A novel creep resistant tin strengthened 9 12 CR ferritic steel for advanced steam Dower olant. Mr.G. Shrimpton AEA Technology... [Pg.936]

Waveguides are coimnonly used to transmit microwaves from the source to the resonator and subsequently to the receiver. For not-too-high-frequency radiation (<10 GHz) low-loss MW transmission can also be achieved usmg strip-lines and coaxial cables. At the output of a klystron an isolator is often used to prevent back-reflected microwaves to perturb the on-resonant klystron mode. An isolator is a microwave-ferrite device that pemiits the transmission of microwaves in one direction and strongly attenuates their propagation in the other direction. The prmciple of this device involves the Faraday effect, that is, the rotation of the polarization... [Pg.1559]

Feltin N and Pileni M P 1997 New teohnique for synthesizing iron ferrite magnetio nanosized partioles Langmuir "[Z 3927... [Pg.2916]

Magnesias Magnesia-spin el Magnesil Magnesio ferrite Magnesite... [Pg.584]


See other pages where Ferritic is mentioned: [Pg.174]    [Pg.174]    [Pg.185]    [Pg.222]    [Pg.374]    [Pg.141]    [Pg.291]    [Pg.292]    [Pg.301]    [Pg.302]    [Pg.302]    [Pg.302]    [Pg.58]    [Pg.103]    [Pg.195]    [Pg.78]    [Pg.12]    [Pg.88]    [Pg.88]    [Pg.88]    [Pg.88]    [Pg.89]    [Pg.152]    [Pg.209]    [Pg.234]    [Pg.266]    [Pg.301]    [Pg.397]    [Pg.397]    [Pg.397]    [Pg.397]    [Pg.397]    [Pg.433]    [Pg.526]    [Pg.576]    [Pg.588]   
See also in sourсe #XX -- [ Pg.120 ]

See also in sourсe #XX -- [ Pg.196 , Pg.202 , Pg.203 ]




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9-12Cr ferritic-martensitic steels

Acicular ferrite

Ageing ferrites

Alkali metal -ferrites

Alpha-ferrite

Antenna ferrite

Applications of ferrites

Atmosphere ferrites

Austenite-ferrite boundary

Austenitic to Ferritic Transformation

Austenitic—ferritic duplex steels

Barium ferrite

Barium ferrite fibers

Barium ferrite filled

Barium ferrite glass-ceramic

Barium ferrite magnetic properties

Barium ferrite pigments

Barium ferrite, crystal structure

Barium strontium cobalt ferrite

Belite-sulfoaluminate-ferrite cement

Beta-ferrite

Bismuth ferrite

Ca-ferritic Slag

Calcium aluminate ferrite

Calcium ferrite

Calcium ferrite, uptake

Calcium ferrite, uptake oxides

Cement belite-ferrite

Ceramic hard ferrite magnets

Chemical synthesis zinc ferrite

Chromites and Ferrites

Co-ferrite

Cobalt ferrite

Cobalt ferrite (CoFe

Cobalt ferrite magnetic properties

Cobalt-ferrite nanoparticles

Cobalt-nickel ferrite

Complex ferrites

Compositions of the ferrite phase in clinkers

Conventional ferritic and martensitic steels

Copper ferrite

Copper ferrite catalyst

Copper ferrite magnetic properties

Corrosion ferrite

Corrosion of Ferritic Stainless Steel Weldments

Corrosion of Ferritic Stainless Steels

Crystal data and X-ray powder patterns for ferrite phase containing foreign ions

Cubic ferrites

Cubic spinel ferrites

Cupric ferrite

Delta-ferrite

Dicalcium ferrite

Dicalcium ferrite phase))

Effects of cooling rate on the aluminate and ferrite phases

Eutectoid ferrite

Fabrication ferrites

Ferrite

Ferrite (Brownmillerite)

Ferrite (emit

Ferrite apphcations

Ferrite bead

Ferrite catalysts

Ferrite cement

Ferrite composite

Ferrite compositions

Ferrite coordination number

Ferrite disks

Ferrite eutectoid/proeutectoid

Ferrite former

Ferrite hard magnetic

Ferrite hardening

Ferrite heads

Ferrite hexagonal

Ferrite ions

Ferrite joint

Ferrite microstructure

Ferrite microwave

Ferrite nanocomposites

Ferrite nanocomposites magnetic properties

Ferrite nanoparticles

Ferrite permanent magnet

Ferrite phase

Ferrite phase hydration

Ferrite phase in Portland cement

Ferrite pigments

Ferrite primary

Ferrite reds

Ferrite self-diffusion

Ferrite single crystal

Ferrite sleeve

Ferrite soft magnetic

Ferrite specific compounds)

Ferrite stabilizers

Ferrite stainless steel alloys

Ferrite system

Ferrite transformer cores

Ferrite waste treatment process

Ferrite, agglomeration

Ferrite, applications

Ferrite, magnet cores

Ferrite, modifications

Ferrite-based cathodes

Ferrite-based compounds

Ferrite-martensite oxide dispersionstrengthened

Ferrite-type catalysts

Ferrites Curie temperature

Ferrites ], crystals

Ferrites barium hexaferrite

Ferrites colour

Ferrites etc. with structures related to spinel

Ferrites ferrimagnetic ordering

Ferrites hexaferrites

Ferrites hexagonal, structure

Ferrites high-density

Ferrites high-temperature alloys

Ferrites hydration

Ferrites industrial applications

Ferrites iron-carbon alloys

Ferrites magnetic defects

Ferrites manufacture

Ferrites multilayer ferrite chips

Ferrites permeability

Ferrites physical properties

Ferrites preparation

Ferrites solid solution

Ferrites structures

Ferrites under heat treatment

Ferrites, magnetic properties

Ferrites, processing

Ferrites-garnets

Ferritic Family

Ferritic Stainless Steel Family

Ferritic Stainless Steels—Allegheny Ludlum

Ferritic and martensitic stainless

Ferritic matrix

Ferritic microstructures

Ferritic nitrocarburizing

Ferritic stainless chromium steel

Ferritic stainless steel

Ferritic stainless steel alloys

Ferritic stainless steel alloys wrought

Ferritic stainless steels application

Ferritic stainless steels characteristics

Ferritic stainless steels composition range

Ferritic stainless steels intergranular attack susceptibility detection

Ferritic stainless steels intergranular corrosion

Ferritic stainless steels physical properties

Ferritic stainless steels pitting corrosion

Ferritic stainless steels stress-corrosion cracking

Ferritic stainless steels, corrosion

Ferritic stainless steels, corrosion carbonate

Ferritic steel interconnects

Ferritic steels brittle fracture

Ferritic steels, concrete

Ferritic structure

Ferritic wrought stainless alloy

Ferritic-Austenitic Stainless Steel—Cabot Wrought Products

Ferromagnetic ferrites

Ferrous ferrite

Garnet type ferrite

Gold-coated ferrite

Hard and Soft Ferrites

Hard ferrite

High austenitic-ferritic duplex steels

Hydrated aluminate, ferrite and sulphate phases

Hysteresis ferrite losses

Hysteresis square loop ferrite

I — ferrite

Intergranular attack in ferritic stainless

Intergranular corrosion of ferritic stainless steels

Intergranular ferrite

Iron ferrite

Iron ferrite magnetic properties

Iron oxide catalysts ferrites

Irradiation-resistant ferritic and martensitic

Irradiation-resistant ferritic and martensitic steels

Lanthanum cobalt ferrite

Lanthanum cobaltite/ferrite perovskites

Lanthanum ferrite cathodes

Lanthanum ferrite perovskites

Lanthanum ferrites

Lanthanum strontium cobalt ferrite (LSCF

Lanthanum strontium cobaltite ferrite

Lanthanum strontium cobaltite ferrite cathode

Lanthanum strontium ferrites

Level ferritic steels

Liquid metals ferritic-martensitic steels

Lithium ferrite

M ferrites

Magnesium aluminate ferrite

Magnesium ferrite

Magnesium ferrite magnetic properties

Magnesium zinc ferrite

Magnetic ferrites

Magnetic hexagonal ferrite

Magnetic materials cubic spinel ferrites

Magnetic materials hexagonal ferrites

Magnetic spinel ferrite

Magnetite-zinc ferrite

Magnetite-zinc ferrite oxidation

Magnetite-zinc ferrite solid solutions

Magnets ferrite

Manganese ferrite

Manganese ferrite magnetic properties

Manganese ferrite nanoparticles

Manganese zinc ferrite

Medium Carbon Ferritic 17-30 Chromium (Types 430 and

Mg ferrites

Microwave range ferrites

Mn-Zn ferrites

Mn-ferrite

MnZn ferrite

MnZn spinel ferrites

Model ferrites

Molybdenum ferritic stainless steels

Multilayer ferrite chips

Multilayer ferrites

Ni-Zn ferrites

Nickel ferrite

Nickel ferrite magnetic properties

Nickel-cobalt-zinc ferrite

Nickel-zinc ferrite

Niobium ferritic stainless steels

Other Ferrites

Oxide dispersion-strengthened ferritic steels

Passivity ferritic steels

Passivity ferritic-austenitic steels

Photocatalytic ferrites

Powders ferrites

Preparation and Properties of Sodium Ferrite

Preparation of ferrite thin films

Preparation of ferrites

Proeutectoid ferrite

Protective Coatings for Ferritic Stainless Steel Interconnects

Quality factor ferrites

Rare Earth Ferrites

Reduced-activation ferritic-martensitic

Resistivity ferrites

Rubber ferrite composites

Saturation magnetization iron ferrite

Sensitization ferritic stainless steels

Series), Low-Carbon Ferritic (Type 405) 12-13 Chromium

Sintering ferrites

Sodium ferrite

Soft ferrites

Spinel ferrite magnetic moment

Spinel ferrites

Spinel ferrites calculation

Spinel ferrites cation distributions

Spinel ferrites ferromagnetic

Spinel ferrites field

Spinel ferrites formula

Spinel ferrites magnetic properties using

Spinel ferrites method

Spinel ferrites particles

Spinel ferrites samples

Spinel-type ferrite

Square loop ferrites

Stainless ferritic

Stainless martensitic-ferritic

Stainless steels ferrite

Stainless steels ferritic types

Stainless steels ferritic, welding

Stainless steels ferritic-austenitic

Stainless steels ferritics

Steel ferritic austenitic

Steel iron, ferrite

Steels continued ferritic, martensitic

Steels ferritic

Stress corrosion cracking ferritic steels

Strontium doped lanthanum ferrite cathodes

Strontium ferrite

Strontium ferrite powder

Superparamagnetic ferrite nanoparticles

Synthesis of Nano-Cobaltites, -Ferrites, -Chromites, and -Manganites

The Hexagonal Ferrites

The erosion-corrosion resistance of uncoated and aluminized 12 chromium ferritic steels under fluidized-bed conditions at elevated temperature (SUNASPO)

The ferrite phase

Transformer ferrite cored

Transition ferrites

Treatment of Ferrite Residue

Widmanstatten ferrite

X ferrites

Y ferrites

Yttrium ferrite

Zinc and Calcium Ferrites

Zinc ferrite

Zinc ferrite formation

Zinc ferrite synthesis

Zmc ferrite

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