Jash, A., Moleri, L., Tesi, A., & Bressler, S. (2024). Discharge quenching mechanism and performance of RPWELL with tunable 3D printed resistive plates, charge evacuation in semiconductive glass RPWELL and discharge quenching for Cryogenic-RWELL over a wide range of resistivity.
Style de citation Chicago (17e éd.)Jash, Abhik, Luca Moleri, Andrea Tesi, et Shikma Bressler. Discharge Quenching Mechanism and Performance of RPWELL with Tunable 3D Printed Resistive Plates, Charge Evacuation in Semiconductive Glass RPWELL and Discharge Quenching for Cryogenic-RWELL over a Wide Range of Resistivity. 2024.
Style de citation MLA (9e éd.)Jash, Abhik, et al. Discharge Quenching Mechanism and Performance of RPWELL with Tunable 3D Printed Resistive Plates, Charge Evacuation in Semiconductive Glass RPWELL and Discharge Quenching for Cryogenic-RWELL over a Wide Range of Resistivity. 2024.