RomansFight
9.5K posts

RomansFight
@romandaddy
Student of knowledge and justice



With a title like this, who could resist reading? Especially as one of the two organisms covered has (my nomination for) the best scientific name ever bestowed: 'Chaos chaos.'




DHS Secretary Markwayne Mullin: "President Trump literally wrote the book on the art of the deal. He's the strongest leader of your and I's time. Period."

I'm wondering if it could be a more advanced version of the Lockheed MKV


Trump: Drugs coming by sea meaning coming by water. A lot of people don’t know what I mean by sea. They think I mean vision. I’m talking about sea like the sea.


Effects of Axial Magnetic Field and Faraday Shield on Characteristics of RF Produced Plasma Using Spiral Antenna examines how static axial magnetic fields and electrostatic shielding influence the performance of radiofrequency plasmas generated by a planar spiral antenna. This configuration is widely used in large-diameter plasma processing for semiconductor manufacturing and materials science, where efficient power coupling, high plasma density, and operational stability are essential. Shunjiro Shinohara, Seiji Takechi, and Yoshinobu Kawai published this experimental study in the Japanese Journal of Applied Physics in August 1996. Using a spiral antenna operating at RF frequencies, the researchers systematically investigated plasma initiation thresholds, density profiles, and antenna-plasma coupling efficiency under varying axial magnetic field strengths and with or without a Faraday shield. Key findings show that applying an axial magnetic field significantly lowers the threshold input power required for plasma breakdown and improves overall coupling efficiency. The Faraday shield, which reduces unwanted electrostatic fields while permitting inductive coupling, further enhances plasma production characteristics, leading to higher densities and more stable discharges. Detailed measurements of electron density, temperature, and power transfer efficiency demonstrate the synergistic benefits of combining magnetic fields with shielding in spiral antenna systems. This early work provided foundational insights into optimizing helicon and inductively coupled plasma sources, influencing subsequent developments in high-density, large-area plasma generation for industrial applications. The study remains relevant for researchers designing RF plasma devices requiring improved performance and reduced power requirements. For the full paper: researchgate.net/profile/Shunji…








Masonic 33 - They just can't help themselves. Its everywhere.








