Results 1 to 10 of about 896,632 (275)
Partial Derivative Approach to the Integral Transform for the Function Space in the Banach Algebra [PDF]
We investigate some relationships among the integral transform, the function space integral and the first variation of the partial derivative approach in the Banach algebra defined on the function space.
Kim Young Sik
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A Partial Derivative Approach to the Change of Scale Formula for the Function Space Integral [PDF]
We investigate the partial derivative approach to the change of scale formula for the functon space integral and we investigate the vector calculus approach to the directional derivative on the function space and prove relationships among the Wiener ...
Young Sik Kim
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Experts’ understanding of partial derivatives using the partial derivative machine [PDF]
[This paper is part of the Focused Collection on Upper Division Physics Courses.] Partial derivatives are used in a variety of different ways within physics.
David Roundy +6 more
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The concept of soft derivative, introduced by Molodtsov in 1999, is one of the fundamental concepts in soft analysis. The handled paper defines partial soft derivative and studies some of its basic properties, such as the relation between partial soft ...
Serdar Enginoğlu, Burak Arslan
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Introduction When the serum [creatinine] is changing, creatinine kinetics can still gauge the kidney function, and knowing the kinetic glomerular filtration rate (GFR) helps doctors take care of patients with renal failure.
Sheldon Chen, Robert Chiaramonte
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To study the hot deformation behavior of and obtain the optimal hot processing parameters for 2219 aluminum alloy, a new, precise constitutive model based on the partial derivative of flow data was constructed and hot processing maps were constructed ...
Jing Wang, Guiqian Xiao, Jiansheng Zhang
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The Riemann method for equations with a dominant partial derivative (A Review) [PDF]
This review article is devoted to a class of linear equations with a dominant (leading) partial derivative of the form \((D+M)u=f\), where \(Du\) is a mixed partial derivative, and \(M\) is a linear differential operator containing the derivatives of the
Aleksey N. Mironov +2 more
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On the Lundgren–Townsend model of turbulent fine scales [PDF]
The strained-spiral vortex model of turbulent fines scales given by Lundgren [Phys. Fluids 25, 2193 (1982)] is used to calculate vorticity and velocity-derivative moments for homogeneous isotropic turbulence. A specific form of the relaxing spiral vortex
Pullin, D. I., Saffman, P. G.
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On the differentiation of a composite function with a generalized vector argument on homogeneous time scales; pp. 309–322 [PDF]
The paper proves a theorem on the differentiation of a composite function with a generalized vector argument. The theorem is formulated in terms of the delta derivative, which in the case of homogeneous time scales incorporates both the ordinary ...
Vadim Kaparin, Ülle Kotta
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Partial Derivative Automaton for Regular Expressions with Shuffle [PDF]
We generalize the partial derivative automaton to regular expressions with shuffle and study its size in the worst and in the average case. The number of states of the partial derivative automata is in the worst case at most 2^m, where m is the number of
Broda, Sabine +3 more
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