range 
Among all image transforms, the classical (Euclidean) Fourier transform has had the widest range of applications in image processing.


The Hausdorff and packing dimensions of the range BH ([0, 1]N), the


As the main application it is shown that, in general, a localization operator possesses the Fredholm property, and thus its range is closed in the target space.


We then use interpolation method to identify these spaces with the classical ones for a certain range of p, q >amp;gt; 1.


However, the Mattila integral, associated with the Falconer distance problem for these measures is unbounded in the range $0 >amp;lt; s >amp;lt; \frac{d^2}{2d1}$.


In this note, we propose a direct proof, and extend the range allowed for the power of the nonlinearity to the set of all short range nonlinearities.


32% or less, have been evaluated in a full panel of 60 human cancer cell lines over a 5log dose range at the National Cancer Institute.


Several compounds have demonstrated growth inhibitory effects (GI50) in a wide range of cancer cell lines.


Results showed that over the concentration range of 616 mM, Me2SnCl2 is a chemical denaturant and denatures the doublestrand DNA in a threestate manner.


Finally, a new correlation is introduced for interpretation of thermal denaturation behavior of calf thymus DNA over the whole range of ligand (Me2SnCl2) concentration (016 mM).


In general, all the synthesized compounds exert a wide range of modest in?vitro antifungal activity against Rhizopus and Microsporum gypsuem than the standard drug, fluconazole.


Analytic functions with range included in a Banach subspace are studied and a sufficient condition for analyticity in the subspace is given.


In this paper, the range of eigenvalues of a line graph is considered.


The conclusion that the equilibrium is the continuous function of the dilution rate and substrate concentration in medium in a certain range is concluded.


Simulation studies are presented which indicate that the asymptotic approximation to the finitesample situation is good over a wide range of parameter configurations.


The relation of spectra and numerical range of pωhyponormal operators is obtained.


The calibration curve was linear in the range of 1.25160 ng μl1 (regression coefficient r2=0.9999).


The peak current was proportional to the concentration of calcium in the range of 5.0×1084.2×105 mol L1.


The determination limit is 2.0×107 mol/L and a linear relationship between the current and concentration is found in the range of 4.0×107 ～ 3.3 ×105 mol/L.


The densities, and surface tension of pure IL were determined at temperature range of (278.15 to 343.15±0.1K).

