Mrpm - mrpm.org : Magnetic Resonance Porous Media

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mrpm.org is 1 decade 9 years 7 months old. It has a .org as an domain extension. This domain is estimated value of $ 8.95 and has a daily earning of $ 0.15. While no active threats were reported recently by users, mrpm.org is SAFE to browse.

Updated 7 years 3 months ago

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Estimated Valuation

Income Per Day:	$ 0.15
Estimated Worth:	$ 8.95

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Where is mrpm.org server located?

Hosted IP Address:

178.237.15.128

Hosted Country:

Location Latitude:

43.1479

Location Longitude:

12.1097

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Page Title of Mrpm

Magnetic Resonance Porous Media

Meta Tags of Mrpm

porous media, porousmedia, magnetic resonance, nuclear magnetin resonance, magnetic resonance imaging, nmr, mri, rocks, sandstones, limestones, carbonates, tomography, petroleum, reservoir engineering, underground fluids, gas, core aqnalysis, rock core analysis, biological tissues, osteoporosis, fluid transport, porous systems, cement, diffusion, water, relaxation, fluid flow, pulsed field gradient, displacement, two phase flow, self diffusion, restricted diffusion, spin echo, polymers, biomedicine, longitudinal relaxation time, transverse relaxation time, spin, food, packed beds, sol gel, porous silica, field cycling, confinement, pores, porosity, permeability, concrete, wettability, sedimentary rocks, decay, surface relaxivity, pore size distribution, hydrocarbon, multiexponential decay, inversion, relaxation curves, formation factor, water diffusion, q space microscopy, plant tissue, dispersive flow, flow characteristics, displacement imaging, q space imaging, confined fluids, confined water, confined oil, restricted geometries, surface to volume ratio, cell structure, gradient coil, ml, nuclear magnetic resonance logging tool, well log, nmr logging, susceptibility, diffusion cell, echo planar imaging, pgse nmr, irreducible water, bond water, irreduciblle water saturation, residual oil saturation, saturation, preferential wettability, wetting phase, nonwetting phase, building materials, multiexponential nuclear magnetic resonance relaxation, fractional power average time, fast computation, porous structure, solid matrix, microporosity, zeolites, porous carbon, spin lattice relaxation, spin spin relaxation, lowe field magnetic resonance, multiple echo, trabecular bone, bone density, porous bone, emulsion, pore geometry, mobilisation, oil viscosity, diffusion coefficient, surfactant, nmr microscopy, hydratation, transport in porous media, levy walks, bone, marrow, tissue water, exchange, geometric mean relaxation time, stretched exponential, texture, t2, t1, pore space, echo, pepi, nanopore, magnetic susceptibility, broad line imaging, clay, cation exchange, population density, gradient, paramagnetic metals, chemical shift, freezing, pore mapping, nuclear magnetism logging, wetting, flow maps, relaxation time maps, density maps, spin echo sequence, saturation recovery, inversion recovery, cpmg, silicates, cement pastes, paramagnetic tracers, magnetic field inhomogeneities, slice selection, hamadard imaging, giulio cesare borgia, g. c. borgia, paola fantazzini, p. fantazzini, villiam boltolotti, v. bortolotti, r. j. s. brown, robert j. s. brown, bologna mr, bologna nmr, soil water transport, bologna porous media lab, 5 th porous media meeting, fifth porous media meeting, mr meeting, stimulated echo, dipolar correlation, crosscorrelation, spin exchange, fluorocarbon, 19f nmr, nmr spectroscopy, oil industry, oil company, oil research, ceramics, ion exchange, 29si nmr, transient flow, solid state nmr, enhanced oil recovery, improved oil recoveri, sand aquifer, earths magnetic field, kaolinite, relaxation sink, xenon, 129xe, clay interface

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