Developments and Challenges in the Design of the ITER DRGA

Improvements on the Diagnostic Residual Gas Analyzer at Wendelstein 7-X

(2022) Georg Schlisio et al.   IEEE TRANSACTIONS ON PLASMA SCIENCE

Preliminary demonstration on JET of an ITER neutron environment-compatible quadrupole mass-spectrometer✰

(2021) C.C. Klepper et al.   FUSION ENGINEERING AND DESIGN

Simultaneous H/D/T and 3He/4He absolute concentration measurements with an optical Penning gauge on JET

(2021) S. Vartanian et al.   FUSION ENGINEERING AND DESIGN

Monte Carlo Analysis of the Performance of the ITER Diagnostic Residual Gas Analyzer

(2021) C. C. Klepper et al.   FUSION SCIENCE AND TECHNOLOGY

Neutral gas analysis for JET DT operation

(2020) U. Kruezi et al.   Journal of Instrumentation

Determination of isotope ratio in the divertor of JET-ILW by high-resolution Hα spectroscopy: H-D experiment and implications for D-T experiment

(2019) Vladislav S Neverov et al.   NUCLEAR FUSION

Overview of the JET preparation for Deuterium-Tritium Operation with the ITER Like-Wall

(2019) Emmanuel Henri Joffrin et al.   NUCLEAR FUSION

First results from the implementation of the ITER diagnostic residual gas analyzer prototype at Wendelstein 7-X

(2019) G. Schlisio et al.   REVIEW OF SCIENTIFIC INSTRUMENTS

Laboratory-based validation of the baseline sensors of the ITER diagnostic residual gas analyzer

(2017) C.C. Klepper et al.   Journal of Instrumentation

Development of miniaturized, spectroscopically assisted Penning gauges for fractional helium and hydrogen neutral pressure measurements

(2016) K. Flesch et al.   REVIEW OF SCIENTIFIC INSTRUMENTS

Design of a diagnostic residual gas analyzer for the ITER divertor

(2015) C.C. Klepper et al.   FUSION ENGINEERING AND DESIGN

Description of the prototype diagnostic residual gas analyzer for ITER

(2014) T. R. Younkin et al.   REVIEW OF SCIENTIFIC INSTRUMENTS

Residual gas analysis for long-pulse, advanced tokamak operation

(2010) C. C. Klepper et al.   REVIEW OF SCIENTIFIC INSTRUMENTS

Introduction to MOLFLOW+: New graphical processing unit-based Monte Carlo code for simulating molecular flows and for calculating angular coefficients in the compute unified device architecture environment

(2009) R. Kersevan et al.   JOURNAL OF VACUUM SCIENCE & TECHNOLOGY A