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22 Jun 2019: 00:01:19.200 -- 00:01:24.000 The Toolkit draws on a large-scale ESRC-funded research project iepiSTEMe/i 00:01:24.000 -- 00:01:25.500 SONIA: On

23 Sep 2019: 20. 19n. o.2. 44. c h r i s t ’s c o l l e g e. m a g a z i n eno.244. 2 0 1 9. The Great Gate Photograph by Rebecca Pitcaithly. C o n t e n t s. C o l l e g e n e w s 3. S p e c i a l f e a t u r e s 5 7. A l u m n i n e w s 7 1. I n m e m o r i

30 Jul 2019: THE EDITION 1. The EditionA Review of 2018. 2 THE EDITION. It’s hard to believe that this is my final message in the Edition as Master of St Edmund’s. It has been a wonderful few years at the helm and much has changed in that time. A dominant

19 Aug 2019: 24. 80. 1363. ENST00000555528.1. NM_005163. 14 (13). Non canonical (but joint largest protein), Ensembl gold flag, selected by HGMD. ... BRCA1. 24. 1863. 74. 125. 5467. ENST00000357654.3. NM_007294. 23 (22). Non canonical (but largest protein), Ensembl

20 Jul 2019: Paris: F. Delaulne, 1719, rev.1722–24); and Supplément, 5 vols. (Paris: F. ... 15 David Kaminsky, “Introduction: The New Old Europe Sound,” EthnomusicologyForum 24 (2015): 143–58.

20 Jul 2019: Paris: F. Delaulne, 1719, rev.1722–24); and Supplément, 5 vols. (Paris: F. ... 15 David Kaminsky, “Introduction: The New Old Europe Sound,” EthnomusicologyForum 24 (2015): 143–58.

10 May 2019: Numerical simulation and parametric sensitivity study of titanium dioxide particles synthesised in a stagnation flame. Preprint Cambridge Centre for Computational Chemical Engineering ISSN 1473 – 4273. Numerical simulation and parametric

1 May 2019: al. [24]. 10. Figure 4: Process flow diagram of the carbon black furnace simulation. ... The same trend was observed in Ref. [24]; however, for slow mixing the modelpredicts a reverse trend, i.e.

1 May 2019: Eibeck & Wagner [24], and Wagner [26] describe the new approach which they callthe mass flow algorithm. ... 24. 0. 2. 4. 6. 8. 0 5 10 15 20 25 30 35.

1 May 2019: 17. 4.3 Recommended model. 19. 5 Conclusions 21. Appendix A; partition functions 24. ... 24). If all concentrations are known at some time t0,. [TiCl4](t0) = [TiCl4.

1 May 2019: The charges weretaken from earlier work [12, 15] in which effective atomic charges were calculated usingHückel MO theory and Mulliken population analysis [24]. ... Chemical Physics Letters, 456(1-3):105–109, 2008. doi:10.1016/j.cplett.2008.02.113. [24

1 May 2019: Thus, the higher values of NSi,minwhich appear to satisfy experimental conditions (values 17–24) can be excluded. ... Journal of Aerosol Science, 41:1008–1019, 2010. [24] M. Kraft and S.

1 May 2019: old for surface rounding (0 σ 2) [24], and is a free parameter in the currentmodel. • ... doi:10.1080/02786820903092416. 25. 24] M. Sander, R. I. A. Patterson, A. Braumann, A.

1 May 2019: Computers and Chemical Engineering, 24(2–7):1261–1267, 2000.doi:10.1016/S0098-1354(00)00328-8. [2] Y. Bard. Nonlinear Parameter Estimation. ... Stable URL:http://www.jstor.org/stable/2680584. [24] P.-S. Koutsourelakis. Accurate uncertainty

1 May 2019: The applications of this detailedmodel to study the problems related to chemical and process engineering are reportedelsewhere [24]. ... Thisproperty is often of importance for many size-sensitive industrial applications suchas catalysis, support

1 May 2019: Multiobjective optimization of a kinetics-based HCCI model using engine data. Preprint Cambridge Centre for Computational Chemical Engineering ISSN 1473 – 4273. Multiobjective optimization of a kinetics-basedHCCI model using engine data. Ali

1 May 2019: We have used the Gauss-Legendre inte-gration scheme and have included the first-order quantum-correction [24, 33, 44], thoughthe latter does not make a significant contribution owing to the ... 19]; Potential fitted to ab initiointeraction energies of

1 May 2019: The integration time stepwas set to 1 fs and trajectories were integrated using the velocity Verlet algorithm [71, 80].All simulations were performed using the GROMACS 4.5.3 [24] program. ... At 500 K the average pres-. 18. 24. 68. 10 0 200400 600.

1 May 2019: 24. 6.3 Parameter estimates and high probability density regions. 33. 6.4 Varied starting position. ... 2.24. 899. 5094. 1.38. 650. 9809. 0.01. 081. 2024. Run. 41.

1 May 2019: 23. 7.2 Error Analysis. 24. Nomenclature 25. References 27. Citation Index 29. ... 24.0 3.5 14.5 917 71 7.8 1098 61 5.595% isooctane, 5% tol.