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41 - 50 of 3,412 search results for KA :ZA31 where 0 match all words and 3,412 match some words.
  1. Results that match 1 of 2 words

  2. DW_review.dvi

    https://api.newton.ac.uk/website/v0/events/preprints/NI06048
    In spinors, if Ka = ιAoA. ′. then an α-plane distribution is defined by oA′. ,
  3. #"$% &$' (),%-/.#.0.12/ /. 3465879;:<9;=?>A@BC :EDGF)H1: CIJLK 4NMOQPSRGHUT. VW6XZY6[N]_Ya b!c'd6efc'g#cihfj6k?l6emkon0poqsrtciu6vwpoxsyhwktzktqsktro{hfk|efhfd6l_{hfj6c'c}xsrtci/tpoqsd6cehwvfd6yhwd6vfc0kon1pmyiktg#z6qsc 9 ewewcivfgpopoqsrtciu6vZpoxsy
  4. Bar categories and star operations E.J. Beggs & S. ...

    https://api.newton.ac.uk/website/v0/events/preprints/NI07014
    l1a,b=0. q2ab Ka Kb, ν = u = v = 1l. ... l1m=0. q2 m2. ) l1n,a=0. (q q1)n. [n; q2]!q(l1)(na1). 2/2 En Ka F n ,. where RK is defined in (5). It is also known
  5. SET THEORETIC SOLUTIONS OF THE YANG-BAXTEREQUATION, GRAPHS AND…

    https://api.newton.ac.uk/website/v0/events/preprints/NI07033
    SET THEORETIC SOLUTIONS OF THE YANG-BAXTEREQUATION, GRAPHS AND COMPUTATIONS. TATIANA GATEVA-IVANOVA AND SHAHN MAJID. Abstract. We extend our recent work on set-theoretic solutions of the Yang-Baxter or braid relations with new results about their
  6. EQUALITY OF LIFSHITZ AND VAN HOVE EXPONENTS ONAMENABLE CAYLEY ...

    https://api.newton.ac.uk/website/v0/events/preprints/NI07039
    s1λN1. kA(s), where N1. kA is the IDS of the. rescaled adjacency operator 1kA. ... s11kλN1. kA(s) it is clear that Nper(λ) = F(λ/k). Thus it is sufficient to prove.
  7. Multi-symple ti integration of theCamassa-Holm equationDavid Cohen∗…

    https://api.newton.ac.uk/website/v0/events/preprints/NI07051
    x ka|. For initial time t = 0, the previous expression simplies tou(x, 0) = c. ... Indeed, when the time t tends to ollision time, the energy density (u2 u2x)(x, t) tends towards a Dira , E k δ a2 ka(x)or E k δka(x),
  8. Norms.dvi

    https://api.newton.ac.uk/website/v0/events/preprints/NI07067
    Then,defining ψ := Skφ and ψ̃(u) := ψ((u/k, 0)), 0 u κ := ka, it holds that. ... A1k,η‖ C (ka)9/10(. 1 |η|k. )1. (5.1). The proof of the theorem is given below.
  9. arX iv:0 711. 0707 v2 [ hep- th] 8 ...

    https://api.newton.ac.uk/website/v0/events/preprints/NI07083
    aXa dYiYi),. 〈j, Ka〉 = 1Y 2 (X2 Y 2)dXa 2Y 2 Xa(dX. ... 2.22a). Similarly, one obtains (ηacηcb = δa. b). 〈j j, Lab〉 = 2ηcd〈j, Lac〉 〈j, Ldb〉 〈j, Pa〉 〈j, Kb〉 〈j, Pb〉 〈j, Ka〉= 2.
  10. arX iv:0 712. 4278 v1 [ hep- th] 27 ...

    https://api.newton.ac.uk/website/v0/events/preprints/NI07085
    We write. x =. N. a=1. ǫaeikawikaw. ab. Gab(ka, kb)ǫaǫbei(kakb)wi(kakb)w. where ǫa, a = 1, 2,. ,
  11. 1 THE PML FOR ROUGH SURFACE SCATTERING SIMON N. ...

    https://api.newton.ac.uk/website/v0/events/preprints/NI08010
    Examining the derivation of (4.2), we see that this approximation is accurate providedk|x1| 1 and k(R′ R) 1; this certainly holds for x SH,A if kA 1 ... Thus, if kAand kA/(kH)2 are large enough then, from (4.2), for x SH,A,.

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