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investigate the influence of the Unruh effect on the quantum Battle of the
Sexes (BOF). We show that the acceleration of a noninertial frame greatly
affects the payoffs of the players. In the case of Battle of the Sexes, the
Nash Equilibra in the inertial frame may be equilibrium but in other games this
conclusion may not be true anymore. Furthermore, we also show that the new Nash
Equilibria of the game played in the noninertial frame and the probability
distributions of the players in the new Nash Equilibria vary with the
acceleration of moving player and the degree of entanglement in the initial
state shared by the players.
Accurate measurement of film thickness and
its uniformity are very important to the performance of many coated surfaces
and for many applications are critical. Effective inspection of the film
thickness and uniformity is the key to high performance. Conventionally, film
thickness is meas- ured using a spectrophotometer/reflectometer, ellipsometer
or a physical step measurement; however, these techniques all have limitations.
Coherence Scanning Interferometry (CSI) is an established method to measure
surface topography as this technique offers many advantages such as speed, ease
of use and accuracy. The measurement of “thick” films (exceeding ~1.5 μm) which
gives rise to clearly separate fringe bunches is a well-established CSI
capability. However, a methodology known as the ‘helical complex field’ (HCF) 
 function allows film thickness to be measured down to ~25 nm. This new
method, combined with Coherence Correlation Interferometry (CCI)  offers
film thickness measurements with sub-nanometre vertical resolution and ~1 μm
lateral resolution. It is ideally suited for detailed analysis of coated
optical surfaces. In this paper, the fundamentals of the techniques are
described and some case studies are presented.
In order to evaluate the enterprise social responsibility scientifically, this paper constructed an enterprise social responsibility evaluation indexes system composed by five first class indexes (environmental protection, resources utilization, economic benefit, human resources and social contribution and so on) and 18 second indexes. The two-step fuzzy evaluation method was adopted to evaluate comprehensive effect and Wuhan Iron and Steel (Group) Corporation (WISCO) was given for example.