Methods and experimental gradient structure characterization techniques under electric, magnetic, and temperature fields are reviewed, with emphasis being placed on gradient structure multi-field characterization, test, and evaluation.
Metal alkoxide is a versatile precursor and is used for the synthesis of functional gradient nanomaterials and characterization of materials was carried out in term of composition, microstructure and specific surface area.
Orientation measurements are performed in the flow-gradient plane, allowing characterization of both the average degree and direction of particle orientation during shear.
It has the capability of performing simultaneous multi-node, high speed sensing for observing concentration gradients for better characterization and detection of time varying hotspots.
Characterization of gradient echo signal decays in healthy and cancerous prostate at 3T improves with a Gaussian augmentation of the mono-exponential (GAME) model.
Hence, what we do here is to present alternative characterizations of gradient flows in the smooth Euclidean case, which can be used as a definition of gradient flow in the metric case, since all the quantities which are involved have their metric counterpart.
We report a novel method of temperature gradient interaction h.p.l.c. for the characterization of molecular weight distribution of macromolecules.
Based on the extent of this overlap and prior characterization of these gradients [ 16] we operationally define the PM pool in these gradients to be in fractions 15-20.
Small groundwater wells were installed for spatial characterization of chemical gradients and flow parameters.
The former allowed for the characterization of temperature gradients and cooling rates in the vicinity of the molten pool, whereas the latter allowed for simulation of the entire sample.
Characterization of this stiffness gradient could elucidate the mechanism behind the divergent glottal shape observed during closing.
