По вашему запросу найдено документов: 45805
Страница 6 из 4581
Generalized Steffensen’s inequality by Montgomery identityBy using generalized Montgomery identity and Green functions we proved several identities which
Greens function for class a(z)- analytic functionsGreens function for class a(z)- analytic functions
New bounds for Shannon, Relative and Mandelbrot entropies via Hermite interpolating polynomial function by means of different new Green functions by employing Hermite interpolating polynomial whose
GREENS FUNCTION ANALYSIS OF VIBRATIONAL-SPECTRA OF POLYMER-CHAINS .1. SEVERAL APPROACHES TO PROBLEMGREENS FUNCTION ANALYSIS OF VIBRATIONAL-SPECTRA OF POLYMER-CHAINS .1. SEVERAL APPROACHES TO PROBLEM
SEMIGROUP OF PROJECTIVE TRANSFORMATIONS FOR AVERAGING THE GREEN-FUNCTION OF QUASIONE-DIMENSIONAL DISORDERED-SYSTEMSSEMIGROUP OF PROJECTIVE TRANSFORMATIONS FOR AVERAGING THE GREEN-FUNCTION OF QUASIONE
FOLDZßWOUTHUYSEN REPRESENTATION OF THE RETARDED GREEN FUNCTION OF EINSTEIN PHOTONSFOLDZßWOUTHUYSEN REPRESENTATION OF THE RETARDED GREEN FUNCTION OF EINSTEIN PHOTONS
Generalized Steffensen’s inequality by Lidstone interpolation and Montogomery’s identityBy using a Lidstone interpolation, Green’s function and Montogomery’s identity, we prove a new
NEW BOUNDS FOR SHANNON, RELATIVE AND MANDELBROT ENTROPIES VIA ABEL-GONTSCHAROFF INTERPOLATING POLYNOMIAL function by using new Green functions and Abel-Gontschamff interpolating polynomial. As an application
Optical near-field scattering in a tip-sample system: A Green's function approach nanoparticle close to a dielectric planar interface is analytically calculated using a Green's function
Green’s Function on a Parabolic Analytic Surface. The concepts of the Green’s function and pluripolar set are also introduced and their potential
properties
Страница 6 из 4581
Фасеты
Партнеры
Индексация
