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5 Oct 2013: Toquantify this, we consider the condition number κ(B) =‖B‖‖B1‖. The following lemma is also found in [2]:. ... Technical reportNA2010/07, DAMTP, University of Cambridge, 2010. [2] B. Adcock and A.

6 Feb 2019: Alexander Khodjamirian Exclusive semileptonic B and Λb decays at large hadronic recoil 1 / 37. ... b. s. b. b. s. s G(ux). G(vx). 0. x. x.

5 Oct 2020: of type c. It doesn’t matter which order we fuse anyons, so a?b = b?a or, equivalently,. ... a b c. d. i=X. j. (F dabc. )ij. a b c.

18 May 2022: rotating S0ð0Þ ðA; B; BT; DÞthrough an angle ϕ about the vertical axis. ... rotating the resistancematrix for zero phase angle, S0(0) = (A,B; B.

19 Jul 2019: be trusted:. Region 1 x aRegion 2 a x bRegion 3 x b. ... Matching to the Airy function across the turning point x = b, we have.

16 Sep 2023: The Liouville equation is often written using the Poisson bracket,. {A, B} @A. ... in this picture. First, the impact parameter, b, is the distance from the asymptotic.

5 Oct 2020: electrons, where B is the magnetic field and A is the area of the sample. ... B ECoulomb Vdisorder. We will assume in what follows that this is the case.

12 May 2014: Spheroid: axes a,b,b, aspect ratio r = ab. rod r > 1 disk r < 1. ... hτf (A I ). σ = pI 2µE Gf A. I Oldroyd B f = 1.

27 May 2019: Lyndon Koens, †a Wendong Wang, b Metin Sitti bc and Eric Lauga a. ... 1, 2), B = B(r){cos(ot),sin(ot),0}is the background magnetic field, ẑ is the normal to the air–water interface, B(r) is the strength of the

6 Feb 2019: C(t) = Tr [ ρ B(t) B(0)] = Tr[ρ eitH B eitH B. ]. ... This would require conditionson the matrix elements of B and B′, i.e.

25 Feb 2016: we have denoted b b/, a a/ and R0 r(s1) r(t1). ... small parameters and then asymptotically matched. In the case of a ribbon, two small parameters arepresent, namely, b/ = b and a/ = a.

30 Dec 2019: B) To construct an explicit class of solutions of the SU()-Toda equation. ... This may involve a Z-dependent affine transformationof (X,Y). Implementing the steps 1–4 on MAPLE we find that if A = 0, and B = B(y) is arbitrary, then the

14 Jun 2014: andcells of opposite type B! The vertical line indicatesthe effective radius of the central dip Rodieck,1991! ... B! Like A, for the W81S1dataset. Again statistical independence is rejected P 0.006!

12 Aug 2016: iAb- V b ) B = p( Y b , (3: 9,) Y a ) A. ... A = A , e(a-i[l-yl) t , B = B, e(ai[l-yl) t (2.43).

21 Apr 2018: Remark 1 Note that another variant of the splitting can be obtained by swapping thechoices of A and B. ... Comput. Phys. 230(15), 5930–5956. Compact schemes for laser-matter interaction 13. Amstrup, B., Doll, J.

30 Oct 2019: f. (. b. )ZA,b. b=0. (1.112). 12. We can simplify this straight away by substituting in our previous result (1.104). ... b̄,. b. )ZB,b. b=0. (1.122). One finds that⟨ziz̄j⟩ = B1ij , (1.123).

25 Jun 2004: 15. EVOLUTION OF RAREFACTION PULSES INTO VORTEX RINGS PHYSICAL REVIEW B 65 174518. ... Phys. A 15, 2599 1982! 7 B. B. Kadomtsev and V.

16 Nov 2020: Specifically, instead of letting(A B )x(k1) = B x(k) b, we let. ... We can convert the above system to the symmetricand positive definite setting by defining A = BT B , b = BT c andthen solving Ax = b with the conjugate gradient algorithm (orany other

8 Mar 2016: F |B〉 = |B〉 , ()F |F〉 = |F〉. This new operator ()F anticommutes with Qα since. ... multiplet there are states of different spin). 2.4.4 Parity. Parity interchanges (A, B) (B, A), i.e.

30 Jul 2010: 277]. Here is simple sufficient condition for H(b) and H(̃b) to bein the trace class. ... t) =12π. (i)2. (it)2. (ξ2b(ξ))′′eiξt dξ,. which shows that. |t| |′′(t)|2 dt <. (19). As b′, b′′, b′′′ are in L1 and have zero limits at