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Concrete takes 28 days to fully cure, which is no good in an emergency. Now, a new CO2 Structure could revolutionize post-disaster rebuilding. DigInfo TV is reporting that the Japanese company TIS 038; Partners LTD has announced a new type of building material. They found that by blowing CO2 into silica they could make a structure that is as hard as a brick, in the shape of a brick, in under one minute. To make it stronger than brick which is very brittle they then added o [url=https://www.stanleycups.pl]kubki stanley[/url] rganic material like an epoxy or urethane , and found that it had at least 2.5 times the tensile strength. This could potentially be huge. In areas, like Japan, that have been ravaged by an earthquake, aftershocks often very large ones are common. Concrete doesn ;t dry fast enough for fast rebuilding and while traditional brick has very go [url=https://www.stanleymugs.ca]stanley cup canada[/url] od compression strength [url=https://www.stanley-cup.it]stanley cup[/url] it doesn ;t crush easily , its weak tensile strength twisting and flexing makes bricks break easily when mother nature puts the smack down with big aftershocks. This new material, which can easily be shaped and needs little to no metal support, could give us a way to quickly repair damaged buildings before they fall and to build strong shelters. This short video explains the process, and it very interesting. They say the material would give buildings a life of at least 50 years, which is fantastic, but it notable that doesn ;t seem to be a permanent, long-term solution. Regardl Mcej Ten Bucks Buys a Sony Watchman, the iPhone of 1986
Microsoft has been adamant that design is central to the development of Windows 8, and early builds have proven that to be true. But so far, we ;ve only really seen Windows 8 on a couple devices, and Microsoft promises the Metro experience will be uniform regardless of screen size or form factor. But how In yet another sprawling MSDN essay written by UX program manager, David Washington, there are three areas that will prove key in Microsoft quest to accomplish this feat: adaptive layout frameworks, auto-scaling varying pixel densities, and support for scalable vector graphics. Adaptive Layouts Microsoft use of CSS3 and XAML, which will allow developers to section off apps into pre-defined modules which can be rearranged on the fly. This will ensure that content will fit on a screen that 1024 pixels wide, or 2560 pixels wide. This also means app developers will need to [url=https://www.cup-stanley.es]stanley cup[/url] consider these factors from the first [url=https://www.stanley-cups.de]stanley cup[/url] moment they start working on an app. Pixel Density Auto-Scaling When you increase pixel density, things become very small on the screen unless you magnify it a little bit. Instead of offering more screen real-estate, on-screen assets instead become higher-fidelity. Microsoft is able to accomplish this on different screen sizes and resolutions by lumping displays into three categories鈥攕tandard, HD, and quad-XGA鈥攁nd establishing scale factors. Many Windows 8 tablet PCs will hav [url=https://www.stanley-cup.fr]stanley mug[/url] e pixel densities of at least 135 DPI much higher than man

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