On the bright, sunny day of Monday, May 2, 43 Verde Sputters and three guests descended upon the HOA-1 putting green for another rousing game of Sputters. Debbie Van Berkom was the big winner of the ...

Nowadays, few studies have reported on the sensitivity of thin films of Al-doped ZnO to ozone. This gas can become harmful to health depending on its environmental concentration. This work presents ...

Miller Reynolds is a Journalist and Writer with a strong passion for gaming and writing news. Awarded the Excellence in Writing and Production Award while attending Loyalist College, Miller is ...

President Donald Trump was left sputtering for a moment on Wednesday after dramatically backtracking on threats to take over Greenland. The president was confronted about his announcement that a ...

Contrary to their previous game against the Bulls, the Brooklyn Nets couldn't make it two wins in a row against Chicago, dropping Sunday night's game on the road, 124-102. In one of their uglier ...

Waseem is a writer here at GameRant. He can still feel the pain of Harry Du Bois in Disco Elysium, the confusion of Alan Wake in the Remedy Connected Universe, the force of Ken's shoryukens and the ...

Abstract: The discharges in high-power impulse magnetron sputtering (HiPIMS) have been reported to consist of azimuthally inhomogeneous plasma with locally increased light emission. The luminous zones ...

Abstract: High-power impulse magnetron sputtering (HiPIMS) is a common way to create a high- and dense-ionized metallic vapor without the use of an alternative ionizing device, like radio frequency ...

The state of the target varies with the parameters for the three sputtering modes, and the SMD consists of various voltage-current (V-I) curves at different nitrogen contents and sputtering currents.

HiPIMS (High Power Impulse Magnetron Sputtering) technology represents a major advancement in the field of physical vapor deposition (PVD) for the synthesis of functional thin films. This article ...

The synthesis of new materials on complex-shaped substrates and the improvement of the quality of existing films are the main motivations for the development of innovative power supplies. One ...