In this study, multi-year near-surface observations were conducted at two sites in Jakarta, Indonesia to analyse seasonal sea breeze variation. Seasonal length was defined using observed zonal wind components, the rainy season as December–March, and dry May–September. We found that Jakarta started earlier, propagated more rapidly, lasted for a shorter period of time during than season. Variatio...

The high temperature may cause difficult growth or bloom in the summer, which is key problem limiting cultivation and application of dahlia. photosynthetic physiological mechanisms dahlia under stress were studied to provide a theoretical basis for expanding range annual production. Two varieties, ‘Tampico’ ‘Hypnotica Tropical Breeze’, used as test materials treated 1 d 2 at temperatures 35/30 ...

Background: Resin cements are widely used for cementation of FRC posts, but their bond strength can be influenced by cement type and cementation technique. The aim of this study was to determine the effect of type of resin cement and cementation technique on the bond strength of fiber posts. Methods: Forty five extracted mandibular premolars with a minimum roo...

We present the program execution model developed for the Fresh Breeze Project, which has the goal of developing a multi-core chip architecture that supports a better programming model for parallel computing. The model combines the spawn/sync ideas of Cilk with a restricted memory model based on chunks of memory that can be written only while not shared. The result is a multi-thread program exec...

Our knowledge of sea breeze remains poor in the coastal area East China, due largely to high terrain heterogeneity. Five–year (2016–2020) consecutive wind observations from a 10-m tower and radar profiler are used characterize sea–land at Qingdao, city China. The surface temperatures nearby buoy station Yellow Sea further elucidate land–sea thermal contrast. First all, three types determined ac...

Surface ozone (O3) was analyzed to investigate the role of the bay breeze on air quality at two locations in Edgewood, Maryland (lat: 39.4°, lon: -76.3°) for the month of July 2011. Measurements were taken as part of the first year of NASA's "Deriving Information on Surface Conditions from Column and Vertically Resolved Observations Relevant to Air Quality" (DISCOVER-AQ) Earth Venture campaign ...