Results 261 to 270 of about 583,669 (295)

Temperature variation in radial turning

Procceedings of the 12th Brazilian Congress on Manufacturing Engineering, 2023
Theodor Rucker van Caspel, michel Tavares, Claudio Abilio da Silveira, Rolf Schroeter   +3 more
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Radial variation of track damage in polycarbonate

Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms, 2004
Abstract Several authors reported data showing a differentiated structure of ion tracks in some polymers, when analysed at submicroscopic level. Four zones can be distinguished: core, halo, cross-linking and bulk, at least in tracks produced by ions with specific energies higher than 0.2 MeV/n.
D.H. Francisco, L. Vanni, O.A. Bernaola, G. Saint Martin, A. Filevich   +4 more
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On radial variation of bounded analytic functions

Complex Variables, Theory and Application: An International Journal, 1990
Given any positive function r(r) defined on [0.1] and tending to 0 as r →1 we prove that there exists a function f in the algebra 4 of functions analytic on the unit disk Δ and continuous on Δ so that for almost all θ This result, together with an old result of A. Zygmund, shows that the sharp radial variation of H x functions is for almost all θ.
D.J. Hallenbeck, K. Samotij
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Radial variation of functions in Dirichlet‐type spaces

Mathematika, 1997
Let \(W\) be a positive, increasing and continuous function on \([1,\infty)\) for which (1) \(\sum (W(n))^{-1} =\infty\). A function \(H\) is defined initially on \((0,\pi)\): \[ H(x)= \int_1^{\pi/x} \bigl(W(t) \bigr)^{-1} dt+ \int_1^{\pi/x} \bigl(W (t)\bigr)^{-1 /2} dt\int^\infty_{\pi/x} t^{-1} \bigl(W(t) \bigr)^{-1/2}dt, \] and then extended as an ...
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Variational method for integrating radial gradient field

Optics and Lasers in Engineering, 2014
Abstract We propose a variational method for integrating information obtained from circular fringe pattern. The proposed method is a suitable choice for objects with radial symmetry. First, we analyze the information contained in the fringe pattern captured by the experimental setup and then move to formulate the problem of recovering the wavefront ...
Ricardo Legarda-Saenz, Carlos Brito-Loeza, Mariano Rivera, Arturo Espinosa-Romero   +3 more
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The Radial Velocity Variation of Epsilon Cephei

Publications of the Astronomical Society of the Pacific, 1971
The radial velocity variation of E Cephei was measured on three nights and found to have a variable amplitude. A beat phenomenon is a likely explanation.
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Radial and transverse variations of analytic functions

Journal d'Analyse Mathématique, 2000
If \(\Gamma\) is a curve given by \(w=w(t)\), \(a\leq t\leq b\), then the length of \(\Gamma\) is given by \(\int^b_a|w'(t)|dt\). If, instead of \(w'(t)\), the projection of the vector \(w'(t)\) onto the vector \(w(t)\) is used, the corresponding integral is \(\int^b_a|{\text{Re} \{\overline ww'\}\over w}|dt=\int^b_a |{d\over dt} |w||dt\) and is called
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Anatomical radial artery variation

Journal of Clinical Anesthesia, 2006
Jana Hudcova, Roman Schumann
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Universal Covering Maps and Radial Variation

Geometric And Functional Analysis, 1999
Jones, P. W., Müller, P. F. X.
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Radial variation of type-III source parameters

Solar Physics, 1992
The parameters of type-III sources have been observed to vary as powers of the distance of the source from the Sun. Here, the values of the observed exponents are reviewed and theoretical relationships between them are discussed and extended. It is shown that 11 observed exponents can be derived from a four-element subset.
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