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27 Feb 2018: Predicting Sizes of Hexagonal and Gyroid Metal Nanostructures from Liquid Crystal Templating KA Asghar, DA Rowlands, JM Elliott, and AM Squires ACS Nano 9(11) 10970-10978 2015.

12 Apr 2018: RESEARCH ARTICLE. Host shifts result in parallel genetic changes. when viruses evolve in closely related species. Ben Longdon1,2, Jonathan P. Day2, Joel M. Alves2,3, Sophia C. L. Smith2, ThomasM. Houslay1, John E. McGonigle2, Lucia Tagliaferri2,

31 Dec 2018: and, for small ka, the sin function is approximately linear. This means that we get.

3 Apr 2018: Magnus–Lanczos methods with simplified. commutators for the Schrödinger equation with a. time-dependent potential. Arieh Iserles, Karolina Kropielnicka† & Pranav Singh‡. April 4, 2018. AMS Mathematics Subject Classification: Primary 65M70,

13 Dec 2018: These microwave frequencies are typically in the C, S, X, Ka, or Ku bands (frequencies above about 1000 MHz).

3 Apr 2018: Vortices, Painlevé integrability andprojective geometry. Felipe ContattoQueens’ College. This dissertation is submitted for the degree of Doctor of Philosophy. Department of Applied Mathematics and Theoretical Physics. University of Cambridge.

20 Jul 2018: DOI: https://doi.org/10.7554/eLife.17210, PMID: 27529126. Michaelis L, Menten ML, Johnson KA, Goody RS.2011.

27 Feb 2018: PHYSICAL REVIEW E 97, 022411 (2018). Microbial mutualism at a distance: The role of geometry in diffusive exchanges. François J. Peaudecerf,1, Freddy Bunbury,2 Vaibhav Bhardwaj,2 Martin A. Bees,3 Alison G. Smith,2. Raymond E. Goldstein,1,† and

23 Sep 2018: 3 = ka/k, we could determine the elongation rateconstant to be approximately ⟨k+⟩ = 2.0 1.2 M. ... For the two-state fits, the imposed bounds were ka 0, K̃ 1, and 0 α 1 1018.

23 Sep 2018: Submitted 16 March 2018Accepted 8 June 2018Published 4 July 2018. Corresponding authorKresten Lindorff-Larsen,lindorff@bio.ku.dk. Academic editorCamillo Rosano. Additional Information andDeclarations can be found onpage 16. DOI 10.7717/peerj.5125.

23 Sep 2018: Na DHbb (kcal/mol) –TDSb. c (kcal/mol) DGbd (kcal/mol) Ka (10. 7 M21)e Kd (1029 M)e. ... kona (106 M21 s21) koff. a (1023 s21) Ka (107 M21)b Kd (10.

20 Feb 2018: kA(a,a′). The. policy is optimised using an algorithm called GP-SARSA [7, 45] in which theQ-function is updated by calculating the posterior given the collected belief-action pairs ... The summary action kernel is defined as:. kA(a,a′) = δa(a. ′)

20 Feb 2018: Zhang and Chaudhuri2015] Chicheng Zhang and Ka-malika Chaudhuri. 2015. Active learning fromweak and strong labelers.

20 Feb 2018: 211. 2121. 1. aannna. annnnn. ka. rd (13). Here nr specifies the number of events that occurred r times and a fixed discounting factor was used if they are zero.

20 Feb 2018: bbj¢&}M"@"jj}j[&}(¢}M|ªjb}a{(|&}(}M¢¤&Ka"}Xl|&|s¡"&}¡}bj¤&|@b&¤&@}"|&}b|&bj5¢@¤[@¤&}"¤|&| b9}&}M¤@j@b

20 Feb 2018: Q(b,a) GP (0,k((b,a), (b,a))) (2). where the kernel k(, ) is factored into separate kernels overbelief and action spaces kB(b,b′)kA(a,a′). ... kA(a,a′) = δa(a. ′) (7). where δa(a′) = 1 iff a = a′, 0 otherwise.

20 Feb 2018: kA(a,a′). For a training sequence of belief state-action pairs B = [(b0,a0),. , ... kA(a,a′) = δa(a. ′) (6). where δa(a′) = 1 iff a = a′, 0 otherwise.

20 Feb 2018: and action spaces kB(b,b′)kA(a,a′). ... kA(a,a′) = δa(a. ′) (5). where δa(a′) = 1 iff a = a′, 0 otherwise.

20 Feb 2018: and action spaces kB(b,b′)kA(a,a′). ... kA(a,a′) = δa(a. ′) (5). where δa(a′) = 1 iff a = a′, 0 otherwise.

20 Feb 2018: kA(a,a′) = δa(a. ′), (7). where δa(a′) = 1 iff a = a′, 0 otherwise.4.2. ... The kernelfunction between two sets of actions is. kA(aB,aE) = δaB(a.