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Instability of pulses in gradient reaction-diffusion systems: a symplectic approach. [PDF]
Beck M +5 more
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On periodic geophysical water flows with discontinuous vorticity in the equatorial f-plane approximation. [PDF]
Martin CI.
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Couple of the variational iteration method and fractional-order Legendre functions method for fractional differential equations. [PDF]
Yin F, Song J, Leng H, Lu F.
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Elastic Stability of Concentric Tube Robots: A Stability Measure and Design Test. [PDF]
Gilbert HB, Hendrick RJ, Webster RJ.
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Fractional solutions of Bessel equation with N-method. [PDF]
Bas E, Yilmazer R, Panakhov E.
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On the Stability of Rotating Drops. [PDF]
Nurse AK, Coriell SR, McFadden GB.
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Pulse dynamics in reaction-diffusion equations with strong spatially localized impurities. [PDF]
Doelman A, van Heijster P, Shen J.
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Sturm-liouville operators with singular potentials
Mathematical Notes, 1999zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Savchuk, A. M., Shkalikov, A. A.
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Transactions of the Moscow Mathematical Society, 2014
Summary: Let \( (a,b)\subset \mathbb{R}\) be a finite or infinite interval, let \( p_0(x)\), \( q_0(x)\), and \( p_1(x)\), \( x\in (a,b)\), be real-valued measurable functions such that \( p_0,p^{-1}_0\), \( p^2_1p^{-1}_0\), and \( q^2_0p^{-1}_0\) are locally Lebesgue integrable (i.e., lie in the space \( L^1_{\operatorname {loc}}(a,b)\)), and let~\( w(
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Summary: Let \( (a,b)\subset \mathbb{R}\) be a finite or infinite interval, let \( p_0(x)\), \( q_0(x)\), and \( p_1(x)\), \( x\in (a,b)\), be real-valued measurable functions such that \( p_0,p^{-1}_0\), \( p^2_1p^{-1}_0\), and \( q^2_0p^{-1}_0\) are locally Lebesgue integrable (i.e., lie in the space \( L^1_{\operatorname {loc}}(a,b)\)), and let~\( w(
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