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CBS News Since the beginning of time, resourceful humans have been making beverages from beans and fruits and grains of every sort -- and something else as well. John Blackstone has a taste of honey:Let us drink a toast to the bees.Before there were vineyards, there was honey. Before there was
stanley canada wine,there was mead.At the Heidrun Meadery in no
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stanley cup deutschland the Rabbit s FootMeadery in Sunnyvale, Calif., which has become a gathering place for meadaficionados. Customer Don Drake described the drink s preferred characteristics: A crystal clear flavor, just a tinyhint of citrus. And then a toasted back note, and the honey makes it lasta long time on your tongue. Rabbit s Foot owners Mike and MariaFaul produce a startlin Hsgc The New Mercedes Self-Driving Car Concept Is Packed Full of Future
Titanium aluminide is a 3D-printable metal compound that holds great promise for lighter, stronger aircraft turbines but is notoriously difficult to work. That is, it was notoriously difficult to work with, until additive manufacturing firm Avio developed this metal-melting 3 kW electron gun. Titianium aluminide TiAl is an intermetallic alloy developed beginning in the early 1970s for use in automotive and aircraft engines. Its light weight, strength, and resistance to both heat stress and oxidation make it ideal for these applications. It also 50 percent lighter than the nickel superalloys currently employed. For aircraft turbine blades, for example, using TiAl rather than conventional alloys has shown to boost the engine thrust to weight ratio by as much as 20 percent. Although the material is expensive, the
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stanley cup engineer at Avio, the GE subsidiary that developed the new electron gun. However, TiAl tends to contract, shrink, and crack as it cools in a conventional lost-wax or spin-casting mold, leading to lots of wasted precursor and even higher production costs. The EBM electron beam melting printer from Avio avoids this issue entirely. The system works by drafting the component in a vacuous three dimensional space from a stockpile of molten TiAl powder using a 3kW electron beam 10 times more powerful than
