This is where Twin Creeks' ion cannon, dubbed Hyperion, comes into play. If you look at the picture above, 3-millimeter-thick silicon wafers are placed around the outside edge of the big, ...

How to Get the Ion Cannon Legendary Rocket Launcher in Moxxi’s Heist. This is another boss weapon so through the course of the story you will eventually get to the Jack’s Wild main quest.

Though the ion cannon was primarily used for semiconductor substrates and solar wafers, GT Advanced noted another use in its release. “In addition, ...

If there is one thing that has become abundantly clear to both solar manufacturers and investors over the past year or so, it is this: The cost of solar-panel production must be reduced. In a ...

Twin Creeks Technologies is a new startup that says it has sliced the price of producing solar panels in half—using an ion cannon. According to the company, it can produce solar cells for about ...

Twin Creeks Technologies, located in Senatobia, Mississippi, uses a method known as Proton Induced Exfoliation (PIE) and gigantic Ion Cannon known as Hyperion, to bypass both these problems.

Okay, fine. So Ion Cannons aren't happening any time soon. Besides, ... Ion Cannon Could Be Used To Destroy Space Debris. 4:51 pm October 28, 2011 By Geeky Gadgets. Okay, fine.

Finding gear that works well on Mayhem 4 can be tedious, but with the use of the ION CANNON, players can one-shot a lot of enemies in the game. The weapon is satisfying to use and some players are ...

An Army exercise resembling some kind of futuristic battle was staged at Fort Bragg, North Carolina, according to photos shared on Facebook by the 82nd Airborne Division.. The stunning images, all ...

New technology promises to cut the costs of solar panels by half. If there is one thing that has become abundantly clear to both solar manufacturers and investors over the past year or so, it is ...

The best bit: Twin Creeks' photovoltaic cells are created using a hydrogen ion particle accelerator. As it stands, almost every solar panel is made by slicing a 200-micrometer-thick (0.2mm) wafer ...