Ozone is a kind of hazardous gas in indoor areas and needs to be removed order protect the human respiratory system. Previous methods include physical adsorption, thermal treatment, electromagnetic radiation removal, catalysis photocatalysis. However, they all have limited effects. This research introduced novel milestone remove ozone by utilizing visible light photocatalysis technique under am...

Abstract The observation of quantum entanglement in macroscopic matters has implications the fundamental studies mechanics, as well implementations information technologies, such communication, enhanced sensing, and distributed computing. Here, we report creation heralded between two different room-temperature memories: a single-photon entangled state delocalized motional atoms collective excit...

Gas turbine systems with wet compression have a potential for future power generation, since they can offer a high efficiency and a high specific power with a relatively low cost. In this study influence of ambient condition on the performance of the wet compression process is investigated with a non-equilibrium analytical modeling based on droplet evaporation. Transient behaviors of droplet di...

2. PROPOSED ADAPTATION MODEL Abstract When we watch television or computer monitor under a certain viewing condition, we partially adapt to the display and partially to the ambient light. As illumination level and chromaticity changes, the eye’s white point changes between the display’s white point and the ambient light’s white point. In this paper, we propose a model that would predict the whi...

The existence of adsorbed oxygen and oxides on the surface initial powders has serious effects microstructure mechanical properties powder metallurgy alloys. However, is inevitably oxidized immediately after preparation. In this work, oxidation characteristics for argon atomized a Ni-based superalloy containing Cr, Co, W, Mo, Nb, Ti Al exposure at ambient condition various time were investigate...

The effects of mixed gas annealing ambient of O2 and N2 on electrical and optical characteristics of p-type Mg-doped GaN grown by MOCVD were investigated at various annealing condition. A mixed gas ambient of 80% O2 and 20% N2 at 750°C for 2 minutes was found to be an optimum annealing condition with improvements on activation efficiency of Mg acceptor compared with annealing in pure O2 or N2 g...