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Results: 1-12 |
Results: 12
Improved direct-coupled dc SQUID read-out electronics with automatic bias voltage tuning
Authors: Drung, D Bechstein, S Franke, KP Scheiner, M Schurig, T
Citation: D. Drung et al., Improved direct-coupled dc SQUID read-out electronics with automatic bias voltage tuning, IEEE APPL S, 11(1), 2001, pp. 880-883
SQUID photoscanning: An imaging technique for NDE of semiconductor wafers and devices based on photomagnetic detection
Authors: Beyer, J Drung, D Schurig, T
Citation: J. Beyer et al., SQUID photoscanning: An imaging technique for NDE of semiconductor wafers and devices based on photomagnetic detection, IEEE APPL S, 11(1), 2001, pp. 1162-1167
Optimization of direct-coupled high-T-c SQUID magnetometers for operation in magnetically unshielded environment
Authors: Ludwig, F Jansman, ABM Drung, D Lindstrom, M Bechstein, S Beyer, J Flokstra, J Schurig, T
Citation: F. Ludwig et al., Optimization of direct-coupled high-T-c SQUID magnetometers for operation in magnetically unshielded environment, IEEE APPL S, 11(1), 2001, pp. 1315-1318
A tuned NMR spectrometer using a DC SQUID for systems of low spin density
Authors: Dyball, H Li, JY Lusher, CP Cowan, BP Saunders, J Drung, D Schurig, T
Citation: H. Dyball et al., A tuned NMR spectrometer using a DC SQUID for systems of low spin density, PHYSICA B, 284, 2000, pp. 2105-2106
Low-frequency broadband NMR on UPt3 using DC SQUIDs
Authors: Li, JY Digby, M Casey, A Lusher, C Cowan, B Saunders, J Drung, D Schurig, T Kycia, JB Hong, JI Seidman, DN Halperin, WP
Citation: Jy. Li et al., Low-frequency broadband NMR on UPt3 using DC SQUIDs, PHYSICA B, 284, 2000, pp. 2107-2108
Integrated thin-film dc RSQUIDs for noise thermometry
Authors: Menkel, S Drung, D Greenberg, YS Schurig, T
Citation: S. Menkel et al., Integrated thin-film dc RSQUIDs for noise thermometry, J L TEMP PH, 120(5-6), 2000, pp. 381-400
Low-noise Y-Ba-Cu-O flip-chip dc SQUID magnetometers
Authors: Ramos, J Chwala, A IJsselsteijn, R Stolz, R Zakosarenko, V Schultze, V Hoenig, HE Meyer, HG Beyer, J Drung, D
Citation: J. Ramos et al., Low-noise Y-Ba-Cu-O flip-chip dc SQUID magnetometers, IEEE APPL S, 9(2), 1999, pp. 3392-3395
High-performance high-T-c SQUID sensors for multichannel systems in magnetically disturbed environment
Authors: Ludwig, F Beyer, J Drung, D Bechstein, S Schurig, T
Citation: F. Ludwig et al., High-performance high-T-c SQUID sensors for multichannel systems in magnetically disturbed environment, IEEE APPL S, 9(2), 1999, pp. 3793-3796
A vector magnetometer module for biomagnetic application
Authors: Burghoff, M Schleyerbach, H Drung, D Trahms, L Koch, H
Citation: M. Burghoff et al., A vector magnetometer module for biomagnetic application, IEEE APPL S, 9(2), 1999, pp. 4069-4072
Linearity of sensitive YBa2Cu3O7-x dc superconducting quantum interferencedevice magnetometers
Authors: Beyer, J Drung, D Ludwig, F Schurig, T
Citation: J. Beyer et al., Linearity of sensitive YBa2Cu3O7-x dc superconducting quantum interferencedevice magnetometers, J APPL PHYS, 86(6), 1999, pp. 3382-3386
Magnetic detection of photogenerated currents in semiconductor wafers using superconducting quantum interference devices
Authors: Beyer, J Matz, H Drung, D Schurig, T
Citation: J. Beyer et al., Magnetic detection of photogenerated currents in semiconductor wafers using superconducting quantum interference devices, APPL PHYS L, 74(19), 1999, pp. 2863-2865
A resistive d.c. SQUID noise thermometer
Authors: Menkel, S Drung, D Assmann, C Schurig, T
Citation: S. Menkel et al., A resistive d.c. SQUID noise thermometer, APPL SUPERC, 6(7-9), 1998, pp. 417-422
Risultati: 1-12 |