Search

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.

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.

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.

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.

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

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

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: Stoner system.1,7,24–26.

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,

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: Domains of steels withidentical properties. Mater. Manuf. Process., 24:5358, 2009. [9] W. ... Parallel Computing, 21:1, 1995. [24] A. Gelman, G.O. Roberts, and W.R.

24 Aug 2020: 17 and 24.They found a stable FFLO phase only on the BCS side of theresonance. ... Rev. B 75,. 184526 2007.24 W. Zhang and L.-M. Duan, Phys.

24 Aug 2020: μ n 1]. (24). The parameters {cn} in Eq. (23) can be obtained by regressionof {A(m)}MRm=1 to Eq. ... 24) 0.00057545(25) 2 8.25 0.5328499(24) 0.00057545(24).

23 Dec 2020: royalsocietypublishing.org/journal/rspa. ResearchCite this article: Andrews B, Conduit G. 2020Absence of diagonal force constants in cubicCoulomb crystals. Proc.R.Soc.A 476:20200518.https://doi.org/10.1098/rspa.2020.0518. Received: 1 July

24 Aug 2020: NV, USA, 24 August 2008. 10. Abadi M, Barham P, Chen J et al.

24 Aug 2020: 1. Structure–Mechanical Stability Relations of Metal-Organic Frameworks via Machine Learning. Peyman Z. Moghadama,,#, Sven M. J. Roggec,#, Aurelia Lib, Chun-Man Chowb, Jelle Wiemec, Noushin. Moharramid, Marta Aragones-Angladab, Gareth Conduite,

24 Aug 2020: 22, 23, 24]. Follow-ing the model for normal grain growth, given in Equations 3 &4, the velocity, v, and mobility, M, are described by the follow-ing expressions; v = 12

24 Aug 2020: 3Physics Department, Ben Gurion University, Beer Sheva 84105, Israel(Received 26 March 2011; published 24 May 2011). ... and thescattering length a = g/2πh̄2(1/m 1/m) O(g2) [24].Consistent with the Hartree-Fock scheme we employed tocalculate the grand

11 Nov 2020: RESEARCH ARTICLE. Machine learning to predict mesenchymal. stem cell efficacy for cartilage repair. Yu Yang Fredrik LiuID1, Yin Lu2, Steve Oh2, Gareth J. ConduitID1. 1 Theory of Condensed Matter Group, Cavendish Laboratory, University of Cambridge,