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Three kinds of experiments have been designed in attempting to observe theparity violation of electroweak force at the phase transition of singlecrystals of D- and L-alanine and valine.(1) An obvious λ phasetransition at 270 ± 1 K was shown in the specific heat measurement ofalanine and valine enantiomers by differential scanning calorimetry.… (More)

- Fengqi Yi, Junjie Wei, Junping Shi
- 2008

Article history: Received 22 April 2008 Revised 19 October 2008 Available online 28 November 2008

- JIAYIN JIN, Junping Shi, Junjie Wei, Fengqi Yi
- 2008

Bifurcations of spatially nonhomogeneous periodic solutions and steady state solutions are rigorously proved for a reaction-diffusion system modeling CIMA chemical reaction. The existence of these patterned solutions shows the richness of the spatiotemporal dynamics including Turing instability and oscillatory behavior. Examples of numerical simulation are… (More)

- Jianxin Liu, Fengqi Yi, Junjie Wei
- I. J. Bifurcation and Chaos
- 2010

- Fengqi Yi, Junjie Wei, Junping Shi
- Appl. Math. Lett.
- 2009

The Lengyel–Epstein reaction–diffusion system of the CIMA reaction is revisited. We construct a Lyapunov function to show that the constant equilibrium solution is globally asymptotically stable when the feeding rate of iodide is small. We also show that for small spatial domains, all solutions eventually converge to a spatially homogeneous and timeperiodic… (More)

- JIAYIN JIN, Junping Shi, Junjie Wei, Fengqi Yi, Abraham Trembley, Fengqi Yi
- 2013

Bifurcations of spatially nonhomogeneous periodic solutions and steady state solutions are rigorously proved for a reaction-diffusion system modeling CIMA chemical reaction. The existence of these patterned solutions shows the richness of the spatiotemporal dynamics including Turing instability and oscillatory behavior. Examples of numerical simulation are… (More)

- Junping Shi, Chris Cosner, +40 authors Robert Stephen Cantrell
- 2015

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The crucial organic molecules associated with life are chiral. Beta irradiation on the causal origin for the great preference of biomolecules in life over their corresponding enantiomers has been extensively studied. The left helical beta electrons, with spin and momentum antiparallel, should propagate with different velocities in the two enantiomers. Much… (More)

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