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6 Nov 2021: 5]. ——————We have. jµAµ = j A (24)= (M tP ) A (25)= ijkAijMk Ai0Pi (26). =

2 Oct 2021: L E T T E R. Deep imputation on large-scale drug discovery data. Benedict W. J. Irwin1,2 | Thomas M. Whitehead3 | Scott Rowland4 |. Samar Y. Mahmoud1 | Gareth J. Conduit2,3 | Matthew D. Segall1. 1Optibrium Limited, CambridgeInnovation Park, Cambridge

24 Aug 2020: 24] S. E. Gharashi, K. M. Daily, and D. Blume, Phys.

24 Aug 2020: Dholakia, Phys. Rev. A 63, 013608(2000). [24] S. E. Olson, M.

8 Oct 2009: Synopsis: Lectures 20-24. 15 Scattering theory. Elastic and inelastic scattering; method of particle waves; Bornapproximation; scattering of identical particles.

1 Aug 2004: Tale 3Supersymmetri Quantum Me hani s1. let us begin from well-known example of a linear os illator,whi h has the Hamiltonian:Ĥ = E ; Ĥ = p̂22m m!2x22 [p̂; x̂ = ih (1)Or, in dimensionless variables:P = vuut 1mh!p; q = sm!h x; (2)H = h! H; H =

24 Aug 2020: For a two-dimensional Bose gaswith attractive interactions it has been shown that a potentialtrap restricts the system and stabilizes a quasi-Bose-Einsteincondensate [24]. ... V. Shlyapnikov, Phys. Rev.Lett. 84, 2551 (2000). [24] J. O. Andersen, U.

24 Aug 2020: 24) and thereforethe interaction potential can be approximated by g(p,q) g(. ... 2. Cold atoms The T matrix that describes the Fesh-bach resonance can be modeled by several potentials.24,45,46.

5 Sep 2005: In other methods real-space grids with finite-difference [22, 24]or multigrid [25, 26] techniques, B-splines or blip functions [27], localised spherical-waves [28],numerical atomic orbitals [29, 30, ... Rev. B 66 035119[24] Hernández E, Gillan M J and

2 Jun 2016: 4 8 12 16 20 24 28 32. Linear size of BZ grid. ... Thermal and optical band gaps of diamond. 4 8 12 16 20 24 28 32.

15 Jan 2003: 2γ(tt′) sin (t t′). (24). We use the Green function to solve for the response to source f(t) by calculating.

7 Jan 2002: " $#&%'() ,---./10 243 24567 849 : 9/24: ;<9 0 :=84/ >9?@9 9 2A BCD4E 9 7 9 E FG0 9 7 FHD@9 I@J J J KLE 9 /: 90

24 Aug 2020: 20–23 calculations onthe MFEG for 24, which should allow us to verify the. ... 18. 24. ν. -0.3. -0.2. -0.1E. /E. hν = 6. ν = 24.

24 Aug 2020: Silin, Zh. Eksp. Teor. Fiz. 24, 210 1976.4 S. J. Clark, M. ... L. Gourley and J. P. Wolfe, Phys. Rev. B 24, 5970 1981.15 A.

24 Aug 2020: 159C, while 2,2-dimethylpropane has 24 molec-ular symmetries and a melting point of -16.6C. ... The Ele-ments of Statistical Learning. 2009. [24] James Wei. Molecular symmetry, rotational entropy, and ele-vated melting points.

4 Feb 2022: beyond catalytic converters, including the design of metal alloys (15, 23), batteries (24), and pharmaceutical drugs (21). ... J. Conduit, Mater. Des., 2017, 131, 358. 24. M.-F. Ng, J.

25 Jan 2010: g. aB , ω2B = 12ga. l2(AB). so. ω2B = 12gal2B 24. ... 11. g2. l2ω2B ,. ω4 12gal2ω2 24. 11. g2. l2= 0 ,. and therefore. ω2 = 6ga. l2. 1. 1 2. 33. l2.

25 Jan 2021: βHpair = 2Eq2 4π2q2KC(x), (5.24). where q, q are the charges of the vortex and the anitvortex respectively, and 2E isthe self-energy of a dipole of size a.

24 Aug 2020: 21], which has been adopted elsewhere [22-24]. For a solute species, Xi, occupying. ... 24. Figure 11.X-ray diffraction patterns of quaternary alloys oxidised at 1000 ˚C showing peaks from oxidised products.

12 Aug 2021: 24. Ong, S. P. et al. Python Materials Genomics (pymatgen): A robust, open-source python library for materials analysis. ... 24, LT-03225, Vilnius, Lithuania. 12Fritz-Haber-Institut der Max-Planck-Gesellschaft, Faradayweg 4-6, 14195, Berlin, Germany.

21 Nov 2022: In vivo rat PK studies commonly assess intravenous (iv)and oral (po) administration of a test article and measure theplasma concentration of the compound over time, typicallyover a 24 h period. ... were extracted from the iv and po routes, spanning a

24 Aug 2020: The thermodynamic phasestability and HfC content is evaluated by a neural net-work trained on a database comprising of calphad results,with the data sourced from the SSOL6 database [24, ... Bhadeshia, Mater. Manuf. Process. 24 (2009)5358. [9] W. Xu, P.

21 Oct 2009: Synopsis: Lectures 20-24. 15 Scattering theory. Elastic and inelastic scattering; method of particle waves; Bornapproximation; scattering of identical particles.

13 Jan 2004: 0. ux1du. 1 u= 2πi (24). Identifying the sin πx and dividing through, the required result is obtained.

30 Jul 2019: Cavendish Laboratory - J.J. Thomson Avenue, Cambridge, CB3 0HE, UK. received 24 October 2018; accepted in final form 18 June 2019published online 22 July 2019. ... and Zwierlein M. W., arXiv:0801.2500. (2008).[23] Chevy F., Phys. Rev. A, 74 (2006) 063628.

7 Jan 2019: 22). For P2 we have. P2x. = α/2 (23). P2y. = 0 (24).

20 Mar 2018: Eb =1. Nb. RBb. EL(R) (24). 3.2. ImplementationThe following VQMC calculations are carried out us-. ... Beryllium 4 -14.32830 -14.66735 [7]Boron 5 -23.42837 -24.65393 [8]. The calculated variational energies (EV ) of a succession of atomicsystems.

31 Jan 2005: z =1 p. 3i. 2+. q. 2. (1 p. 3i)2 4 q = 1 (24).

30 Jul 2013: SystemB has N! 24 colloids and N! 24 optical traps with openboundary conditions. ... To determine the directions of the single-domain ele-ments, we employ a TEM operating in Lorentz imagingmode, which is traditionally used to detect domain structuresof

24 Aug 2020: Yb(Rh0.73Co0.27)2Si2,16 and possibly Sr3Ru2O7,17,18 or higherangular momentum particle-hole pairing.19,20 Moreover, inmaterials such as UGe2,21–23 URhGe,24 and ... Forexample, p-wave superconducting is found in UGe2,21–23. URhGe,24 and UCoGe.25 In

24 Aug 2020: A particularly topical examplewhere our formalism may well make a useful contributionis polariton condensates [24]. ... Zurn,and S. Jochim, Phys. Rev. A 80, 040702(R) (2009). [24] J.

10 Nov 2010: n21 n. 22 n. 23 n. 24 = 1. Q = mn.

23 Aug 2021: when modeling viscosity of decane;24 Cho, Jeong,and Buig modeled the viscosity of polymer melts;21 Yang, Pakkanen,and Rowley determined the viscosity index of various lubricant sizemolecules,25 as ... NC Nmol E[δρ](gl ). 6 10 0.697 16 0.518 26 0.579 24

24 Aug 2020: 24]) to the VMC energies yields very smallvalues for the weight under the tails (usually within error barsof zero), even though the distribution of local energies is itselfmanifestly non-Gaussian.5. ... 48) of Ref. [24] to the distribution of energies

4 Apr 2010: Phase Transitions and Collective Phenomena. 24 CHAPTER 2. GINZBURG-LANDAU PHENOMENOLOGY. Using Eq. ... 32 1.24 0.63Superconductors 0 1/2 1 1/2.

28 Sep 2021: Email: pt409@cam.ac.uk. Preprint submitted to Computational Materials Science September 24, 2021. ... 8 305.2 856.9 31.0 941.4 24.8Frequency 92 38 7.

5 Sep 2005: Phys. Commun. 162 24[20] Pask J E and Sterne P A 2005 Modelling Simul. ... Rev. Lett. 93 176403[24] Mostofi A A, Skylaris C-K, Haynes P D and Payne M C 2002 Comput.

30 Aug 2021: 21) Application number: 14161255.6. (22) Date of filing: 24.03.2014. (51) Int Cl.:C22C 27/04 (2006.01).

28 Apr 2021: J. Phys. 54, 362 (1986).[24] B. J. Verhaar, J. P. H.

30 Aug 2021: a low pressure turbine 24 and an exhaust nozzle 26.

27 Sep 2015: 0.04. 0.06. 0.08. 0.10. D. HaL0.14 0.16 0.18 0.20 0.22 0.24 0.26.

24 Aug 2020: Stoner system.1,7,24–26.

8 Jan 2018: The effect of Pauli blocking has been carefully analyzed[22–24] for the product of two (N,N) = (1,1) instabilities,and found to give only a small correction to the ... B81, 174514 (2010). [23] W. V. Pogosov and M. Combescot, Physica C 471, 566

24 Aug 2020: Rev. B 22, 3173 (1980).[23] N.D. Mathur et al., Nature 394, 39 (1998).[24] R.

22 Jan 2024: 1.23)The evolution operator is. U(t) =. U1(t) 0 t < t1U2(t t1)U1(t1) t1 t < t2 (1.24)where Ui(t) = eiHi t/h̄ and Hi =. p22m. ... This is Feynman’spath integral. 24. 2.2 The propagator. The path integral is a tool for calculating the propagator

26 Nov 2021: Each of the compounds gives rise to effects on the parasite’sinternal Na+ concentration and pH that are consistent with PfATP4 inhibition.20,21,24.

24 Aug 2020: Cavendish Laboratory - J.J. Thomson Avenue, Cambridge, CB3 0HE, UK. received 24 October 2018; accepted in final form 18 June 2019published online 22 July 2019. ... and Zwierlein M. W., arXiv:0801.2500. (2008).[23] Chevy F., Phys. Rev. A, 74 (2006) 063628.

24 Aug 2020: Such behavior is born out around quan-tum criticality in a variety of experimental solid-state sys-tems including ZrZn2 16,17, UGe2 18, MnSi 19–23,CoS2 24, YbRh2Si2 25, ... A. Lograsso, and S. M. Stishov, Phys. Rev. B 79, 100401R 2009.24 M.

24 Aug 2020: Alloy EFF ANNSteel Fe-9Ni-4Co-0.2C, quenched[24] -94 9Tool steel AISI W5, water-hardened[24] 48 -19Tool steel AISI A4, air-hardened[24] 56 16Tool steel AISI A10, ... air-hardened[23] 59 -61Tool steel AISI L6, 650 C tempered[24] 59 14Tool steel AISI L6,

3 Nov 2016: c _ c 0 _1 ( av) Ta ( 1 3 )' P - P AA2 ' aT p = Ac" K0 4Jl '. =_!__()' - 1 =_!_!()___!_L_. (24) K Ko AA Ko 4f.l Kad Ko AA Ko 4Jl