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28 Oct 2013: Consider a functional satisfying (20). Assume more-over either that is linear, or that for some sequence rn = o(n1/2),. ... θ0,lk /σl 1. (nσlu nσl θ0,lk. σl. )2ϕ(u) du. 2nσ 2l[θ 20,lk.

1 Aug 2013: Jason Miller and Scott Sheffield (MIT) QLE August 1, 2013 20 / 37.

26 Aug 2013: Part (a) may be found also in [20, Lemma 2.1], which appearedduring the writing of this paper. ... 20] H. Lacoin, Non-coincidence of quenched and annealed connective constants onthe supercritical planar percolation cluster, Probab.

7 Mar 2013: n. Then pFc < pSfin(F ). Proof of Theorem 1.1. When d 19 and S = F = 0, (4.3) is proved in[20]. ... 20] G. Kozma and A. Nachmias, Arm exponents in high dimensional percolation,J.

21 May 2013: This is a continuation and extension of the work begun in [19,20]. ... substance. Therefore, further discussion is omitted, andthe reader is referred instead to [20, Sect.

11 Sep 2013: C1,kL(n)nγ1µnk 6 σn,k 6 C2,kL(n)n. γ1µnk, k = 1, 2. (20). ... We shall in fact use slightly less than this.Similarly to the proof of (17), by (19)–(20), there exists C1 < such that.

14 Mar 2013: Remember thatσ 20 denotes the variance of F0. Cluster detection in networks using percolation 681. ... Let θ (β) = inft γθ |t (β)/σ 20|t , where, in congruence with Sections 5.1 and 5.2,.

12 Sep 2013: A different extension of the star–triangle method has been the subject of workdescribed in [2, 19, 20].

3 Jul 2013: Furthermore, work ofKesten [20] on scaling theory has provided the groundwork for exact calculationsof critical exponents for two-dimensional percolation (see [23, 29], e.g.).

5 Nov 2013: 5. Wear 308 (2013) 46-53. in order to estimate the true thickness (t) using the relation [20]:. ... 29] W. C. Oliver, G. M. Pharr, J. Mater. Res. 19-1 (2004) 3–20.