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Negative PAC is very sensitive to photo and has higher productivity. However, this type is prone to mura formed during the exposure and development. We have been developed lens mura free material. PAC Hole closing caused by increasing photo sensitivity can be solved by Mask OPC technology.

This research proposes a novel method of measuring the dynamics of semantic relatedness. Research on semantic relatedness has a long history in the fields of computational linguistics, psychology, computer science, as well as information systems. Computing semantic relatedness has played a critical role in various situations, such as data integration and keyword recommendation. Many researchers have tried to propose more sophisticated techniques to measure semantic relatedness. However, little research has considered the change of semantic relatedness with the flow of time and occurrence of events. The authors' proposed method is validated by actual corpus data collected from a particular context over a specific period of time. They test the feasibility of our proposed method by constructing semantic networks by using the corpus collected during a different period of time. The experiment results show that our method can detect and manage the changes in semantic relatedness between concepts. Based on the results, the authors discuss the need for a dynamic semantic relatedness paradigm.

LG Display produces M+ models which provide high brightness and lower electric consumption by applying R, G, B, and W pixel system. The M+ Models with four pixels, with White pixels added to the RGB structure with three RGB pixels, have various strengths in the product characteristics. However, The M+ models have a disadvantage that it has to perform the White photo process once more than the RGB structure. In this study, we have developed a highly planarizable Over coat material to reduce the process of the M+ Models, which can the same number of processes as the RGB structure, and over coat material with enhanced barrier, which is the main function of Over Coat

To reduce the size of the bezel, it is necessary a Black Sealant that can be UV cured by C/F glass. The Optical density of the Black Sealant should be 0.4/um or more to blocking circuit pattern reflection and glare. In this study, we examined the risk of curing Black Sealant.

This study investigates topographic Rossby waves (TRWs) with a period of approximately 35 hr using a mooring observation at 194‐m depth on the shelf break of the Chukchi Sea in the Arctic Ocean. We measured velocity, temperature, and salinity for about 1 year from August 2014 to August 2015. The observations reveal that the bottom‐intensified upslope current fluctuations were significantly coherent with near‐bottom temperature fluctuations, with a phase lag of approximately 90°. Near the seafloor, the temperature increased with depth. Therefore, the temperature increases (decreases) with the upslope (downslope) currents. Theoretical estimates of the wavelength, angle of wavenumber vector, and bottom‐trapping depth confirmed that the observed near 35‐hr TRWs are indeed plausible in the study area. Energetic TRWs were observed in September and October, during the sea ice free season, whereas weak TRWs were observed in months with sea ice cover. The TRW events coincided with local wind‐stress events, suggesting that the TRWs were triggered by atmospheric forcing. These findings imply that a longer ice‐free season may allow for a more frequent occurrence of energetic TRWs, which may enhance the water exchange between the shallow continental shelf and the deep ocean. A year‐long time series of velocity and temperature showed fluctuations occurring every 35 hr in a shelf region of the western Arctic Ocean, located downstream of where Pacific Water flows into the Arctic through Bering Strait. Fluctuations were the strongest near the seabed on the shelf. Temperature fluctuations were found to be caused by vertical displacements of about 40 m of water parcels on the sloping topography. These features were consistent with topographic Rossby waves (TRWs), which are waves affected by bottom slope and stratification effects over sloping seabed. We used theoretical models to estimate wavelength and propagation angle using the local bottom slope and stratification. We also found that TRW events coincided with strong wind‐stress events and were strong during the sea ice‐free season and weak during the sea ice‐covered season. These findings imply that a longer ice‐free season may allow for a more frequent occurrence of wind‐generated energetic TRWs, and this may lead to environmental changes in the shelf regions of the western Arctic Ocean. Topographic Rossby waves with an ~35‐hr period were observed on the shelf break of the Chukchi SeaKey wave features included bottom‐intensified fluctuations and significant coherence between near bottom temperature and upslope velocityTopographic Rossby wave events were found to coincide with strong wind‐stress events, suggesting that they are triggered by wind forcing