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Nanomaterials and Spectroscopy Group. Nanomaterials and Spectroscopy Group. Dylan Maxwell. Contact Information. ... Dylan Maxwell was a research student working towards a PhD in the EPSRC Centre for Doctoral Training in Graphene Technology.

Nanomaterials and Spectroscopy Group. Nanomaterials and Spectroscopy Group. Former Members/Alumni. Former Members. Former Visitors. Former Project Students. Alexandre Ah Fat. Muzoora Bishanga. Lu Chen. Greg Chu. Man Yi Ho. Meng Li. Sophie Li. Vinay

It was this application that brought about the birth of control theory in a paper for the Royal Society of London by James Clerk Maxwell - a Scot, a Cambridge man, and ... Another Cambridge man, who was contemporary with Maxwell, Edward J. Routh, was

Effects of load resistances of the wrong characteristic impedance. One dimensional wave motion with Maxwell's equations seen as a transmission line analogy with E corresponding to V and H corresponding

In fact Maxwell sat for the Mathematical Tripos in the same year and was placed second. ... See "James Clerk Maxwell's Cambridge manuscripts: extracts relating to control and stability - I" by A.T.

372, paper 20120029 [Abstract: A symmetry-adapted version of the Maxwell rule appropriate to periodic bar-and-joint frameworks is obtained, and is further extended to body-and-joint systems. ... In 1864, James Clerk Maxwell identified a simple counting

7 Aug 2013: Although somewhat whimsical, this interpretation remains popular today: Maxwell’s demon is often cast as an imaginary creature dreamed up to facilitate a thought experiment. ... The study offers a clever blueprint for a Maxwell demon — and a tangible

Publications by Richard Penty. "Algorithm-based continuous pulse duration tuning and performance control of a mode-locked laser diode", N K Metzger, V F Olle, A Wonfor, R V Penty, I H White, M Mazilu, C T A Brown and W Sibbett, Optics Express, Vol.

16 May 2023: Further-more, quantum coherence and nonlinear effects of the quantum active region have to be taken into account, requiring our detailed Maxwell–Bloch-type simulations presented in the Methods. ... The resulting Maxwell–Bloch-type model is

4 Oct 2010: The researchers then solved Maxwell's equations for each sample using the"finite difference time domain method".

8 Feb 2021: The Maxwell equations in the nonlinear medium in the m( 2)-th order of perturbation are given by [7, 8]:.

25 Jan 2008: Indeed, this is the only way that the overall structure willbe able to satisfy Maxwell’s rule. ... 4, 331–340.Maxwell, J.C., 1864. On the calculation of the equilibrium and stiIness of frames.

6 Feb 2014: Table 2Calculations of characters for representations in the 3D symmetry-extended Maxwell Eq. ... To preserve the Maxwell count, each additional joint isaccompanied by 3 new bars.

7 Jan 2021: sharp and narrow beatnote, following the above arguments, arethen investigated by performing time-domain simulationsbased on the Maxwell-Bloch equations in the configurationin which the QCL is uncoupled (sample R) or

5 Oct 2010: They then solved Maxwell's equations for each sample using the "finite difference time domain method".

27 May 2008: This helps understanding the different trappingbehaviours in Table 1. We use the Maxwell stress tensor, inthe framework of the transition matrix approach [29] that,in principle, does not require trapped particles ... Maxwell stresstensor.

7 Dec 2017: Using. 14. Maxwell’s equations, we can obtain the following wave equation in a nonlinearmedium[8]:.

7 Aug 2014: Maxwell’s 1864 rule for pin-jointed frameworks [1], in the extension due to Calladine [2] is. ... References. 1. Maxwell, J.C. On the calculation of the equilibrium and stiffness of frames.

6 Feb 2014: In 1864, James Clerk Maxwell identified a simplecounting condition that must hold if an idealized bar-joint structure is to be rigid to first order.

6 Feb 2014: translation.Thus, the symmetry-extended Maxwell rule (5.5) gives a complete solution in this case. ... References1. Maxwell JC. 1864 On the calculation of the equilibrium and stiffness of frames.