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13 Nov 2010: e. j. -. 9.t,rA. liti- s s;-)r. b-;-:'-. nPH.: -. -. B. DNAL 0. bead. ::. FIGURE 1 (A) Simplified optical layout for the feedback-enhanced op-tical trapping interferometer (not to

27 May 2010: Plant, machine Op. 3.4 5,765 9.1 4,130 0.0 – 1.2 2690.

29 Jan 2010: Z û - [ ] È _ a b I M c / d e ç f g ý h C û ö i j f Ó k Ð Ù I l m n IC op ... X Y Y : Z z [ ] _ ab ü c d ef g h i R Ò j R k R l m n op A q r b b s _ t u

24 Mar 2010: I. Stewart. this has resulted in algorithms, e.g. Chiu (1992), that achieve the optimal rate of convergence of therelative error, namely Op(n1/2), where n is the sample size,

4 Oct 2010: This was verifiedby finite-element calculations and experiments using the op-tical trap not shown.

29 Sep 2010: e. A. "%)C%&)I5?"!R",OP(G"A!(3]5>QJ5?%&,.3 9;,@/d-X d={z vw!(/i)?%F,@3{.7 f@D:QJ3 Q@)65>/?,@A! 5?/>%PjQJ30R

21 Apr 2010: x2jx2j 1. f̂h(x) f (x) dx}. (A.8). Op(. log(1/ h). nh2+ h. ... 2r. Thus B̂1,j = B1,j Op(n2/7), B̂2,j = B2,j Op(n.

29 Jan 2010: l m i E n ö X í n í í í Y Ü Ü í í í o Ôp S Õ q â c # 1 ] } # V 2 Ù | Ç r ) < ]

7 Jun 2010: Many have carried out re-. search by varying elemental compositionsor welding parameters with the aim of op-timizing weld metal properties (Refs.3–7).

12 Aug 2010: 3 numerical operations, whereas the wave func-tions from Ref. 34 require explicit antisymmetrization, anoperation that requires much computation power with an op-eration count scaling exponentially with the system size.