Concluding Remarks: Experiment from a materials perspective

Next generation materials for energy chemistry: concluding remarks.

Materials chemistry and electrochemistry have long been very active elds of research accelerated by chance discoveries, societal needs, and the ever expanding constituency of researchers around the globe. Advances in synthesis, characterisation techniques, and interdisciplinary research have caused an almost exponential growth in research where applications have been driving the focus – especi...

7 Concluding Remarks

27 slopes, in the worst case, the proposed method could result in a serial execution. In this case, more dependence information, such as the magnitude of dependence vectors, may be required for computing a more eecient BDV set. Even though only a two-dimensional iteration space was considered in this paper, a similar algorithm can be extended to a multiple-dimensional iteration space. However, ...

Chapter Nine Concluding Remarks

5 Concluding Remarks

Table 3: V : power-eecient mapping with min-power t decomp , VI : power-eecient mapping with bh minpower t decomp circuit I II gate delay aver. gate delay aver. Table 1: I : area-delay mapping with conventional decomposition , II : area-delay mapping with minpower t decomp The active cell area is increased by an average of 12.4% while the performance is improved by an average of 1.1%. We have p...

Reaction dynamics: concluding remarks.

The 157th Faraday Discussion represented a historic turning point in the development of the field of reaction dynamics because it concerned itself with how reactions occur in gases, in liquid, and at interfaces. Never before has the attempt been made to unify the various approaches to reaction dynamics in one Faraday Discussion meeting and to discover what language was common and what was speci...