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Topic: Squids

Results

A SQUID magnetometer using a niobium thin-film microbridge

1981 / IEEE
By: Ibuka, M.; Naito, S.; Hosomatsu, H.;

A new system for measuring low DC currents

1981 / IEEE
By: Damljanovic, D.D.;

Measured flatness of microwave-induced steps at Josephson tunnel junctions with near-zero-current bias

1982 / IEEE
By: Hinken, J.H.; Brunk, G.E.W.; Guang-Ying Cui; Niemeyer, J.;

A study of a superconducting magnetic levitation system for an absolute determination of the magnetic flux quantum

1987 / IEEE
By: Hara, Ko; Shiota, Fuyuhiko;

A digital tachometer for fast detection of speed variation in kiln drives

1987 / IEEE
By: Ahmad, M.; Ahmad, Z.; Ahmad, W.;

RF measurements with non-hysteretic SQUID

1987 / IEEE
By: Tinchev, S.S.;

Microprocessor-controlled test assembly for electrical steel sheets

1987 / IEEE
By: Sievert, J.D.; Rahf, L.;

An improved Josephson potentiometer system for the measurement of the quantum Hall effect

1987 / IEEE
By: Kinoshita, Joji; Kawaji, Shinji; Wakabayashi, Jun-Ichi; Yoshihiro, Kazuo; Yamanouchi, Chikako; Endo, Tadashi; Murayama, Yasushi; Inagaki, Katsuya;

Optimization of the dynamic behavior of a SQUID system using an electronic simulation

1987 / IEEE
By: Flokstra, J.; Veldhuis, D.; Rillo, C.;

Superconducting thin-film gyroscope readout for Gravity Probe-B

1987 / IEEE
By: Cheung, W. Stephen; Lockhart, James M.; Gill, Dale K.;

Nanoelectronic RF Josephson Devices

2011 / IEEE
By: Russer, J.A.; Russer, P.;

Realistic Neural Current Model for Developing a Phantom for the Evaluation of Spinal Cord Biomagnetic Measurement

2011 / IEEE
By: Kawabata, S.; Oyama, D.; Adachi, Y.; Uehara, G.; Sato, M.;

A New Acceleration Factor Decision Method for ICCG Method Based on Condition Number

2012 / IEEE
By: Noguchi, S.; Takada, A.; Igarashi, H.;

Towards picoTesla Magnetic Field Detection Using a GMR-MEMS Hybrid Device

2012 / IEEE
By: Guedes, A.; Horsley, D.A.; Freitas, P.P.; Leitao, D.C.; Jaramillo, G.; Cardoso, S.; Vigevani, G.; Buffa, C.;

Characterization of Magnetic Markers and Sensors for Liquid-Phase Immunoassays Using Brownian Relaxation

2012 / IEEE
By: Higuchi, Y.; Hirata, T.; Watanabe, H.; Asai, M.; Bhuiya, A.K.; Enpuku, K.; Yoshida, T.;

Nondissipative Addressing for Time-Division SQUID Multiplexing

2011 / IEEE
By: Martino, J.; Voisin, F.; Prele, D.; Breelle, E.; Piat, M.;

A Biasing and Demodulation System for Kilopixel TES Bolometer Arrays

2012 / IEEE
By: Hyland, P.; Dobbs, M.; Bissonnette, E.; Aubin, F.; Smecher, G.; MacDermid, K.;

Crosstalk Suppression and High-Fidelity Measurement in 2-D Tunneling of Coupled Josephson Junctions

2012 / IEEE
By: Zandi, H.; Sadeghi, A.; Khorasani, S.;

A 4 : 1 Transmission-Line Impedance Transformer for Broadband Superconducting Circuits

2012 / IEEE
By: Popovic, Z.; Spietz, L.; Ranzani, L.; Aumentado, J.;

The SPICA-SAFARI Detector System: TES Detector Arrays With Frequency-Division Multiplexed SQUID Readout

2012 / IEEE
By: Cros, A.; Gao, J.; Beyer, J.; Bruijn, M.P.; Mauskopf, P.D.; van der Kuur, J.; de Korte, P.A.J.; Jackson, B.D.; Withington, S.; van Weers, H.; Trappe, N.; Ravera, L.; Macculi, C.; van Leeuwen, B.; de Lange, G.; Kiviranta, M.; den Hartog, R.; Griffin, D.;

Object recognition using particle swarm optimization on geometrical descriptors

2011 / IEEE / 978-1-4577-0411-6
By: Sarfraz, M.;

Fault localization using infra-red lock-in thermography for SOI-based advanced microprocessors

2011 / IEEE / 978-1-4577-0158-0
By: Qiu, W.; Tay, M.Y.; Tan, M.C.; Phoa, S.L.;

Ultra-low-field magnetic resonance imaging combined with magnetoencephalography

2011 / IEEE / 978-1-4244-6051-9
By: Dabek, J.; Alanko, S.; Ilmoniemi, R.J.; Zevenhoven, K.; Lin, F.-H.; Vesanen, P.T.; Pollari, M.; Nieminen, J.O.;

Phase plane based identification of fetal heart rate patterns

2011 / IEEE / 978-1-4577-1589-1
By: Sriram, B.; Vairavan, S.; Govindan, R.B.; Eswaran, H.; Preissl, H.; Wilson, J.D.;

Conduction velocity of the uterine contraction in serial magnetomyogram (MMG) data: Event based simulation and validation

2011 / IEEE / 978-1-4577-1589-1
By: Furdea, A.; Govindan, R.B.; Eswaran, H.; Lowery, C.L.; Preissl, H.;

Plenary talk - HTS Josephson junction electronic devices and applications

2011 / IEEE / 978-1-4244-7853-8
By: Du, J.;

Lock-in thermography application in flip-chip packaging for short defect localization

2011 / IEEE / 978-1-4577-1982-0
By: Qiu, W.; Tan, M.C.; Tay, M.Y.; Zhao, X.L.;

The effect of overcompensation on magnetic field gradients in a separate shell magnetic shield

2012 / IEEE / 978-1-4673-0484-9
By: Sasada, I.; Nishimura, M.; Suzuki, Y.; Mahgoub, A.;

High resistance measurements with a two-terminal cryogenic current comparator

2012 / IEEE / 978-1-4673-0442-9
By: Bierzychudek, M.; Tonina, A.;

A zero boil-off dewar for use with a cryogenic current comparator

2012 / IEEE / 978-1-4673-0442-9
By: Lawson, T.B.; Early, M.D.;

Towards a sub-femto ampere current amplifier based on a cryogenic current comparator

2012 / IEEE / 978-1-4673-0442-9
By: Rengnez, F.; Piquemal, F.; Devoille, L.; Seron, O.;

A Multiloop SQUID and a SQUID Array With 1-$\mu \hbox{m}$ and Submicrometer Input Coils

2012 / IEEE
By: Hassel, J.; Gronberg, L.; Kiviranta, M.;

Wide Dynamic Range Analog FLL System Using High- $T_{c}$ SQUID for Biomagnetic Measurements

2011 / IEEE
By: Uchikawa, Y.; Yoshizawa, M.; Kobayashi, K.;

Improvement of Ultra-Low Field Magnetic Resonance Recordings With a Multilayer Flux-Transformer-Based High-T C SQUID Magnetometer

2013 / IEEE
By: Xie, M.; Jonsson, M.; Oisjoen, F.; Schneiderman, J. F.; Kalabukhov, A.; Chukharkin, M.; Winkler, D.; Snigirev, O. V.;

Versatile SQUID Susceptometer With Multiple Measurement Modes

2013 / IEEE
By: Li, S.; Hurt, D.; Amann, A.;

Microstrip direct current superconducting quantum interference device radio frequency amplifier: Noise data

2012 / American Institute of Physics
By: Bernd Schmidt; Michael MÃ¼ck;

High Tc superconducting quantum interference devices made by ion irradiation

2006 / American Institute of Physics
By: N. Bergeal; J. Lesueur; G. Faini; M. Aprili; J. P. Contour;

One-dimensional arrays of superconducting quantum interference devices as magnetic-field-tuned superconducting detectors

2007 / American Institute of Physics
By: Watson Kuo; C. S. Wu; J. H. Shyu; C. D. Chen;

Stochastic resonance in superconducting loops containing Josephson junctions. Numerical simulation

2006 / American Institute of Physics
By: A. M. Glukhov; O. G. Turutanov; V. I. Shnyrkov; A. N. Omelyanchouk;

Superconducting quantum interference device instruments and applications

2006 / American Institute of Physics
By: R. L. Fagaly;

Development of superconducting contacts for the CRESST II 66-channel superconducting quantum interference device readout system

2007 / American Institute of Physics
By: B. Majorovits; S. Henry; H. Kraus;

Linearized superconducting quantum interference device array for high bandwidth frequency-domain readout multiplexing

2009 / American Institute of Physics
By: T. Lanting; M. Dobbs; H. Spieler; A. T. Lee; Y. Yamamoto;

Long Josephson Junction in Ultralow-Noise Magnetometer Configuration

2015 / IEEE
By: Granata, C.; Vettoliere, A.; Monaco, R.;

Design and Fabrication of Coupled NanoSQUIDs and NEMS

2015 / IEEE
By: Bechstein, S.; Ruede, F.; Schurig, T.; Hao, L.; Gallop, J.C.; Cox, D.; Li, B.; Patel, T.; Weimann, T.; Kohlmann, J.; Kieler, O.F.; Kohn, C.; Storm, J.; Drung, D.;

Experiments With Tunable Superconducting Metamaterials

2015 / IEEE
By: Ustinov, A. V.;

Investigating the Intrinsic Noise Limit of Dayem Bridge NanoSQUIDs

2015 / IEEE
By: Gallop, J.; Li, B.; Patel, T.; Hao, L.; Cox, D.; Chen, J.; Romans, E.; Kirkby, K.; Nisbet, A.;

Developments of Frequency-Domain Multiplexing of TES Arrays for a Future X-Ray Satellite Mission

2015 / IEEE
By: Akamatsu, H.; Gottardi, L.; Wassell, E.; Kiviranta, M.; Smith, S.; Sadleir, J.; Porter, F.; van den Linden, A.; van der Kuur, J.; Lee, S.J.; Kilbourne, C.; Adams, J.; Bandler, S.; Bruijn, M.; Chervenak, J.; Eckart, M.; Finkbeiner, F.; den Hartog, R.; den Herder, J.; Hoevers, H.; Jambunathan, M.; Kelley, R.;

Working Point Adjustable DC-SQUID for the Readout of Gap Tunable Flux Qubit

2015 / IEEE
By: Akhtar, N.; Zheng, Y.; Wu, Y.; Deng, H.; Fan, J.; Jin, Y.; Li, J.; Zhu, X.; Zheng, D.;

Microwave Dynamics of Superconducting Quantum Cell

2015 / IEEE
By: Sharafiev, A.V.; Mukhanov, O.A.; Kolotinskiy, N.V.; Kornev, V.K.;

Inductance and Coupling of Stacked Vias in a Multilayer Superconductive IC Process

2015 / IEEE
By: Peng, X.; Fourie, C.J.; Yoshikawa, N.; Numaguchi, R.;

Ion Transportation of Electrolytes in a Flow Channel Mapped by an HTS SQUID Scanning System

2015 / IEEE
By: Tanaka, K.; Kiwa, T.; Tsukada, K.; Sakai, K.; Kasuya, S.;

Integration of TES Microcalorimeters With Microwave SQUID Multiplexed Readout

2015 / IEEE
By: Mates, J.A.B.; Bennett, D.A.; Ullom, J.N.; Vale, L.R.; Gard, J.D.; Reintsema, C.D.; Rabin, M.W.; Hoover, A.S.; Schmidt, D.R.;

Low-Pass Delta-Delta-Sigma ADC

2015 / IEEE
By: Ren, J.; Inamdar, A.; Talalaevskii, A.; Sahu, A.; Sarwana, S.;

High-Speed Operation of a Single Flux Quantum Multiple Input Merger Using a Magnetically Coupled SQUID Stack

2015 / IEEE
By: Yoshikawa, N.; Yamanashi, Y.; Sato, K.;

New AC-Powered SFQ Digital Circuits

2015 / IEEE
By: Tolpygo, S.K.; Polyakov, Y.A.; Semenov, V.K.;

Signal Analysis and Liver Tumor Discrimination by Using a High-Tc SQUID-Based Low-Field NMR System in Hospital

2015 / IEEE
By: Chou, Y.; Chieh, J.; Liao, S.; Horng, H.; Yang, H.; Huang, K.; Chen, H.; Wang, M.;

Numerical Simulation of DC SQUID Taking Into Account Quantum Characteristic of Josephson Junction

2015 / IEEE
By: Noguchi, S.; Terauchi, N.; Igarashi, H.;

Tuning quantum discord in Josephson charge qubits system

2014 / IEEE
By: Zhang, Weiwei; Shang, Boxing; Xi, Xiaoqiang; Guo, Yucui;

Improved Operating Range of RSFQ-Controlled Current Steering Switches

2014 / IEEE
By: Meyer, H.-G.; Toepfer, H.; Ortlepp, T.; May, T.; Kunert, J.; Brandel, O.;

Cryogenic current comparator bridge with dual SQUID detectors

2014 / IEEE
By: Holubar, T; Patel, P D; Williams, J M; Good, J;

A compact 14-bit cryogenic current comparator

2014 / IEEE
By: Pesel, Eckart; Gotz, Martin; Drung, Dietmar;

A femto ampere current amplifier based on a 30 000∶1 cryogenic current comparator

2014 / IEEE
By: Rengnez, F.; Piquemal, F.; Placko, D.; Devoille, L.; Seron, O.;

Ultrastable low-noise current amplifier

2014 / IEEE
By: Krause, Christian; Drung, Dietmar; Ahlers, Franz J.; Scherer, Hansjorg; Becker, Ulrich;

Thin-Film Microsusceptometer With Integrated Nanoloop

2014 / IEEE
By: Regin, M.; Kirste, A.; Ruede, F.; Storm, J.-H.; Schurig, T.; Luis, F.; Sese, J.; Repolles, A. M.; Drung, D.;

Vortex Doping Into Superconducting Mo80 Ge20 Square Network

2014 / IEEE
By: Kato, M.; Hayashi, M.; Huy, H.T.; Ishida, T.; Van Hieu, N.;

Application of data acquisition system for Superconducting Quantum Interface Devices (SQUID) at remote location

2014 / IEEE
By: Balaban, Deniz; Bozbey, Ali;

Application of data acquisition system for Superconducting Quantum Interface Devices (SQUID) at remote location

2014 / IEEE
By: Balaban, Deniz; Bozbey, Ali;

Quantum Sensitivity: Superconducting Quantum Interference Filter-Based Microwave Receivers

2014 / IEEE
By: Mukhanov, O.; Romanofsky, R.; Prokopenko, G.;

AC-and DC-powered subnanosecond 1-kbit Josephson cache memory design

1988 / IEEE
By: Ishida, I.; Nagasawa, S.; Hidaka, M.; Wada, Y.;

A new high-speed periodic-threshold comparator for use in a Josephson A/D converter

1988 / IEEE
By: Van Duzer, T.; Ko, H.;

A superconducting analog track-and-hold circuit

1988 / IEEE
By: Diiorio, M.S.; Lloyd, F.L.; Hamilton, C.A.; Go, D.; Withers, R.S.;

A computer-controlled Josephson voltage standard

1988 / IEEE
By: Seppa, H.; Raiha, J.; Immonen, P.;

A capacitively coupled SFQ Josephson memory cell

1988 / IEEE
By: Suzuki, H.; Hasuo, S.;

SQUID arrays for simultaneous magnetic measurements: calibration and source localization performance

1988 / IEEE
By: Kaufman, L.; Williamson, S.J.; Ribeiro, P.C.;

Method for locating a small magnetic object in the human body

1988 / IEEE
By: Williamson, S.J.; Ilmoniemi, R.J.; Boyd, A.D.; Weinberg, H.J.; Kaufman, L.;

JCTL: a Josephson complementary ternary logic circuit

1988 / IEEE / 0-8186-0859-5
By: Nishizawa, M.; Ochi, K.; Morisue, M.;

Magnetic measurements of cardiac mechanical activity

1988 / IEEE
By: Katila, T.; Maniewski, R.; Wikswo, J.P., Jr.; Varpula, T.; Siltanen, P.; Poutanen, T.;

Design of a fast variable-frequency Josephson shift register

1988 / IEEE
By: Van Duzzer, T.; Nandakumar, V.;

A single-chip SQUID magnetometer

1988 / IEEE
By: Fujimaki, N.; Hasuo, S.; Imamura, T.; Tamura, H.;

Mossbauer and magnetization studies of amorphous NdFeB compositionally modulated thin films

1988 / IEEE
By: Obradors, X.; Labarta, A.; Ruiz, A.; Moreu, M.A.; Martinez, B.; Tejada, J.; Briones, F.;

Rapid methods for the calculation of the magnetic fields associated with the human thorax

1988 / IEEE
By: Samadian, V.; Rassi, D.; Melville, D.; Hoare, A.;

Films and electronic devices fabricated from high-T/sub c/ superconductors

1988 / IEEE
By: Laibowitz, R.B.; Gallagher, W.J.; Sandstrom, R.L.; Koch, R.H.;

Technology '89: medical electronics

1989 / IEEE
By: Fitzgerald, K.;

Fundamental characteristics of the QFP measured by the DC SQUID

1989 / IEEE
By: Goto, E.; Hosoya, M.; Miyamoto, N.; Harada, Y.; Shimizu, N.;

Current emphasis in biomagnetism

1988 / IEEE
By: Hatsell, C.P.;

A Josephson driver to interface Josephson junctions to semiconductor transistors

1988 / IEEE
By: Inoue, A.; Suzuki, H.; Hasuo, S.; Imamura, T.;

Improvement in sensitivity of novel magnetic sensor using Y-Ba-Cu-O ceramic superconductor film

1988 / IEEE
By: Ohno, E.; Shintaku, H.; Nagata, M.; Kita, R.; Hashizume, N.; Tsuchimoto, S.; Kataoka, S.; Nojima, H.;

Principles and applications of SQUIDs

1989 / IEEE
By: Clarke, J.;

Superconductive A/D converters

1989 / IEEE
By: Lee, G.S.; Peterson, D.A.;

Flux transfer devices

1989 / IEEE
By: Hioe, W.; Harada, Y.; Goto, E.;

Picosecond magnetic spectroscopy of two- and three-dimensional diluted magnetic semiconductors

1989 / IEEE
By: Warnock, J.; Awschalom, D.D.;

Superconductivity: a brief introduction to its phenomenology and theories

1989 / IEEE
By: Falicov, L.M.;

Systematic study of the temperature dependence of the saturation magnetization in Fe, Fe-Ni and Co-based amorphous alloys

1989 / IEEE
By: Bermejo, F.J.; Flores, J.; Liniers, M.; Tejada, J.; Vicent, J.L.; Gonzales, J.M.;

Critical current gain in superconducting transistor quantum interference devices

1989 / IEEE
By: Glasser, L.A.;

A single-chip SQUID having an improved superconducting storage-loop

1989 / IEEE
By: Fujimaki, N.; Shibatomi, A.; Hasuo, S.; Imamura, T.; Suzuki, H.; Tamura, H.;

A review of magnetic sensors

1990 / IEEE
By: Lenz, J.E.;

The ratio error of the overlapped-tube cryogenic current comparator

1990 / IEEE
By: Seppa, H.;

Gradiometer based on two single-hole SQUIDs

1990 / IEEE
By: Uchaikin, S.V.; Polushkin, V.N.; Likhachev, A.G.; Vasiliev, B.V.;

Magnetoencephalography

1990 / IEEE
By: George, J.S.; Lewis, P.S.;

A superconducting tracking A/D converter

1991 / IEEE
By: Kuo, F.; Radparvar, M.; Whiteley, S.R.; Dang, H.;

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