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La ricerca find articoli where soggetti phrase all words 'gradiometer' sort by level,fasc_key/DESCEND, pagina_ini_num/ASCEND ha restituito 64 riferimenti
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    1. Morooka, T; Chinone, K
      Development of SQUID sensor for nondestructive evaluation: Optimization ofthe integrated concentric DC-SQUID gradiometer

      ELECTRONICS AND COMMUNICATIONS IN JAPAN PART II-ELECTRONICS
    2. Zarembinski, S
      Sensitivity limitation of a SQUID gravity gradiometer due to elastic interaction between sensing currents and test masses

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    3. Zarembinski, S
      Sensitivity limitation of a superconducting quantum interferometer sensor-based gravity gradiometer

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    4. Clem, TR; Overway, DJ; Purpura, JW; Bono, JT; Koch, RH; Rozen, JR; Keefe, GA; Willen, S; Mohling, RA
      High-T-c SQUID gradiometer for mobile magnetic anomaly detection

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    5. Matlashov, A; Espy, M; Kraus, RH; Ganther, KR; Snapp, LD
      Electronic gradiometer using HTc SQUIDS with fast feedback electronics

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    6. Seidel, P; Wunderlich, S; Schmidl, F; Dorrer, L; Linzen, S; Schmidt, F; Schrey, F; Steigmeier, C; Peiselt, K; Muller, S; Forster, A; Losche, S; Gudochnikov, S
      Improvement of spatial and field resolution in NDE systems using superconducting sensors

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    7. Nakane, H; Kabasawa, R; Adachi, H
      Non-destructive testing using a HTS SQUID

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    8. Matsuda, M; Ono, S; Kato, K; Matsuura, T; Oyama, H; Hayashi, A; Hirano, S; Kuriki, S; Yokosawa, K
      High-Tc SQUID magnetometers for use in moderate magnetically-shielded room

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    9. Yokosawa, K; Oyama, H; Kuriki, S; Suzuki, D; Tsukada, K; Matsuda, M
      Effect of a static magnetic field on a slotted high-T-c SQUID magnetometerwithout a flux dam

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    10. Hwang, YS; Ahn, JR; Lee, SG; Kim, JT; Kim, IS; Park, YK
      Balancing of the single-layer second-order high-T-c SQUID gradiometer

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    11. Kim, IS; Kim, JM; Lim, HR; Park, YK
      Development of a High-T-c first-order gradiometer system

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    12. Foley, CP; Tilbrook, DL; Leslie, KE; Binks, RA; Donaldson, GB; Du, J; Lam, SK; Schmidt, PW; Clark, DA
      Geophysical exploration using magnetic gradiometry based on HTS SQUIDs

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    13. Faley, MI; Poppe, U; Urban, K; Paulson, DN; Starr, TN; Fagaly, RL
      Low noise HTS dc-SQUID flip-chip magnetometers and gradiometers

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    14. Rosell, J; Casanas, R; Scharfetter, H
      Sensitivity maps and system requirements for magnetic induction tomographyusing a planar gradiometer

      PHYSIOLOGICAL MEASUREMENT
    15. Scharfetter, H; Lackner, HK; Rosell, J
      Magnetic induction tomography: hardware for multi-frequency measurements in biological tissues

      PHYSIOLOGICAL MEASUREMENT
    16. Enpuku, K; Hotta, M; Nakahodo, A
      High-T-c SQUID system for biological immunoassays

      PHYSICA C
    17. Yasuma, M; Mashiko, T; Iwase, Y; Ikai, T; Nozawa, M; Kurosawa, H
      Visualization of signal propagation from sciatic nerve to spinal cord in canine

      NEUROSCIENCE LETTERS
    18. Leder, U; Schrey, F; Haueisen, J; Dorrer, L; Schreiber, J; Liehr, M; Schwarz, G; Solbrig, O; Figulla, HR; Seidel, P
      Reproducibility of HTS-SQUID magnetocardiography in an unshielded clinicalenvironment

      INTERNATIONAL JOURNAL OF CARDIOLOGY
    19. Fleet, EF; Chatraphorn, S; Wellstood, FC; Knauss, LA; Green, SM
      Closed-cycle refrigerator-cooled scanning SQUID microscope for room-temperature samples

      REVIEW OF SCIENTIFIC INSTRUMENTS
    20. Speake, CC; Hammond, GD; Trenkel, C
      The torsion balance as a tool for geophysical prospecting

      GEOPHYSICS
    21. Hatsukade, Y; Kasai, N; Ishiyama, A
      Nondestructive detection of delamination in carbon-fiber-rein forced plastics using superconducting quantum interference device

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 2-LETTERS
    22. Tian, YJ; Wang, TS; Chen, K; Qi, HH; Chen, L; Zheng, DN; Linzen, S; Schmidl, F; Seidel, P
      Flip-chip-type high-T-c gradiometer for biomagnetic measurements in unshielded environment

      SCIENCE IN CHINA SERIES A-MATHEMATICS PHYSICS ASTRONOMY
    23. Han, B; Chen, GH; Xu, FZ; Zhao, SP; Yang, QS
      YBCO step-edge junction DC-squid planar gradiometer

      ACTA PHYSICA SINICA
    24. Ruosi, A; Valentino, M; Pepe, G; Monebhurrun, V; Lesselier, D; Duchene, B
      High T-c SQUIDs and eddy-current NDE: a comprehensive investigation from real data to modelling

      MEASUREMENT SCIENCE & TECHNOLOGY
    25. Kallias, G; Devlin, E; Christides, C; Niarchos, D
      High T-c SQUID sensor system for non-destructive evaluation

      SENSORS AND ACTUATORS A-PHYSICAL
    26. Wunderlich, S; Redlich, L; Schmidl, F; Dorrer, L; Kohler, T; Seidel, P
      Inductance matching of high-T-c dc-SQUIDs in planar gradiometers using a laser patterning technique

      PHYSICA C
    27. Braginski, AI; Krause, HJ
      Nondestructive evaluation using high-temperature SQUIDs

      PHYSICA C
    28. Enpuku, K; Minotani, T
      Progress in high T-c superconducting quantum interference device (SQUID) magnetometer

      IEICE TRANSACTIONS ON ELECTRONICS
    29. Kasai, N; Suzuki, D; Hatsukade, Y; Koyanagi, M
      Nondestructive detection of flaw in carbon-fiber-reinforced plastics usinghigh-T-c superconducting quantum interference device

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 1-REGULAR PAPERS SHORT NOTES & REVIEW PAPERS
    30. Espy, MA; Atencio, L; Flynn, ER; Kraus, RH; Matlashov, A
      Design and preliminary results from a high temperature superconducting SQUID milliscope used for non-destructive evaluation

      IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY
    31. Hoshiyama, M; Kakigi, R; Nagata, O
      Peripheral nerve conduction recorded by a micro gradiometer system (micro-SQUID) in humans

      NEUROSCIENCE LETTERS
    32. Beyer, J; Drung, D; Ludwig, F; Schurig, T
      Linearity of sensitive YBa2Cu3O7-x dc superconducting quantum interferencedevice magnetometers

      JOURNAL OF APPLIED PHYSICS
    33. Brown, SJC; Wilton, DT; Shute, HA; Mapps, DJ
      Analytic solutions for double-element shielded magnetoresistive heads

      IEEE TRANSACTIONS ON MAGNETICS
    34. Lee, YH; Kwon, HC; Kim, JM; Park, YK; Park, JC
      A low-noise integrated SQUID gradiometer for biomagnetic sensors

      IEEE TRANSACTIONS ON MAGNETICS
    35. Kouznetsov, KA; Borgmann, J; Clarke, J
      High-T-c second-order gradiometer for magnetocardiography in an unshieldedenvironment

      APPLIED PHYSICS LETTERS
    36. Suits, BH; Garroway, AN; Miller, JB
      Surface and gradiometer coils near a conducting body: The lift-off effect

      JOURNAL OF MAGNETIC RESONANCE
    37. YOSHIDA H; IWAHASHI M; YAMAGUCHI M; TONOIKE M
      NEUROMAGNETIC ACTIVITY IN THE HUMAN LEFT CEREBRAL HEMISPHERE CONCERNING LOGICAL PROCESSING DURING AUDITORY ODDBALL STIMULATION

      NeuroReport
    38. Arabelos, D; Tscherning, CC
      Calibration of satellite gradiometer data aided by ground gravity data

      JOURNAL OF GEODESY
    39. LEE SG; HWANG Y; NAM BC; KIM JT; KIM IS
      DIRECT-COUPLED 2ND-ORDER SUPERCONDUCTING QUANTUM INTERFERENCE DEVICE GRADIOMETER FROM SINGLE-LAYER OF HIGH-TEMPERATURE SUPERCONDUCTOR

      Applied physics letters
    40. YOKOSAWA K; MARUYAMA E; AHMAD RS; OYAMA H; KURIKI S; SUZUKI D; KOYANAGI M
      SINGLE-LAYER HIGH-T-C SUPERCONDUCTING QUANTUM INTERFERENCE DEVICE MAGNETOMETER WITH DOUBLE-PICKUP-COIL CONFIGURATION

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 1-REGULAR PAPERS SHORT NOTES & REVIEW PAPERS
    41. Kasai, N; Chinone, K; Nakayama, S; Odawara, A; Yamakawa, H; Ishikawa, N
      Nondestructive magnetic detection of plasticized area using superconducting quantum interference device

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 1-REGULAR PAPERS SHORT NOTES & REVIEW PAPERS
    42. CLARKE J
      HIGH-T-C SQUIDS

      Current opinion in solid state & materials science
    43. TRALSHAWALA N; CLAYCOMB JR; MILLER JH
      REDUCTION OF AMBIENT MAGNETIC-FIELD NOISE FOR HIGH-TC SQUID APPLICATIONS

      IEEE transactions on applied superconductivity
    44. DAVID B; DOSSEL O; DOORMANN V; ECKART R; HOPPE W; KRUGER J; LAUDAN H; RABE G
      THE DEVELOPMENT OF A HIGH-T-C MAGNETOCARDIOGRAPHY SYSTEM FOR UNSHIELDED ENVIRONMENT

      IEEE transactions on applied superconductivity
    45. BORGMANN J; DAVID P; KRAUSE HJ; OTTO R; BRAGINSKI AI
      COMPENSATION TECHNIQUES FOR HTS-RF-SQUID MAGNETOMETERS OPERATING IN UNSHIELDED ENVIRONMENTS

      Applied superconductivity
    46. BORGMANN J; DAVID P; KRAUSE HJ; OTTO R; BRAGINSKI AI
      COMPENSATION TECHNIQUES FOR HIGH-TEMPERATURE SUPERCONDUCTING QUANTUM INTERFERENCE DEVICE GRADIOMETERS OPERATING IN UNSHIELDED ENVIRONMENT

      Review of scientific instruments
    47. BORGMANN J; DAVID P; OCKENFUSS G; OTTO R; SCHUBERT J; ZANDER W; BRAGINSKI AI
      ELECTRONIC HIGH-TEMPERATURE RADIO-FREQUENCY SUPERCONDUCTING QUANTUM INTERFERENCE DEVICE GRADIOMETERS FOR UNSHIELDED ENVIRONMENT

      Review of scientific instruments
    48. JENKS WG; SADEGHI SSH; WIKSWO JP
      SQUIDS FOR NONDESTRUCTIVE EVALUATION

      Journal of physics. D, Applied physics
    49. WEIDL R; BRABETZ S; KLEMM F; DORRER L; SCHMIDL F; SEIDEL P
      HEART MONITORING WITH HIGH-T-C DC SQUID

      Cryogenics
    50. DANTSKER E; FROEHLICH OM; TANAKA S; KOUZNETSOV K; CLARKE J; LU Z; MATIJASEVIC V; CHAR K
      HIGH-T-C SUPERCONDUCTING GRADIOMETER WITH A LONG-BASE-LINE ASYMMETRICFLUX TRANSFORMER

      Applied physics letters
    51. RUDENKO VN
      GRAVITATIONAL FREE MASS ANTENNA AS AN ANGULAR GRAVITY GRADIOMETER

      Physics letters. A
    52. CANAVAN ER; MOODY MV; PAIK HJ; SHIRRON PJ; DIPIRRO MJ
      PREDICTED PERFORMANCE OF THE SUPERCONDUCTING GRAVITY GRADIOMETER ON THE SPACE-SHUTTLE

      Cryogenics
    53. SCHILLING M; KREY S; SCHARNWEBER R
      BIOMAGNETIC MEASUREMENTS WITH AN INTEGRATED YBA2CU3O7 MAGNETOMETER INA HAND-HELD CRYOSTAT

      Applied physics letters
    54. ILICHEV E; DORRER L; SCHMIDL F; ZAKOSARENKO V; SEIDEL P; HILDEBRANDT G
      CURRENT RESOLUTION, NOISE, AND INDUCTANCE MEASUREMENTS ON HIGH-T-C DCSQUID GALVANOMETERS

      Applied physics letters
    55. MOROOKA T; NAKAYAMA S; ODAWARA A; SHIMIZU N; CHINONE K; ATAKA T; KASAI N
      DEVELOPMENT OF INTEGRATED DIRECT-CURRENT SUPERCONDUCTING QUANTUM INTERFERENCE DEVICE GRADIOMETER FOR NONDESTRUCTIVE EVALUATION

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 2-LETTERS
    56. WIKSWO JP
      SQUID MAGNETOMETERS FOR BIOMAGNETISM AND NONDESTRUCTIVE TESTING - IMPORTANT QUESTIONS AND INITIAL ANSWERS

      IEEE transactions on applied superconductivity
    57. DRUNG D; KNAPPE S; KOCH H
      THEORY FOR THE MULTILOOP DC SUPERCONDUCTING QUANTUM INTERFERENCE DEVICE MAGNETOMETER AND EXPERIMENTAL-VERIFICATION

      Journal of applied physics
    58. TAKADA Y; UEDA M; KADO H
      FLUX NOISE FROM A METAL SURROUNDING A SUPERCONDUCTING WIRE APPLIED TOA GRADIOMETER

      JAPANESE JOURNAL OF APPLIED PHYSICS PART 2-LETTERS
    59. PAIK HJ
      SUPERCONDUCTING ACCELEROMETRY - ITS PRINCIPLES AND APPLICATIONS

      Classical and quantum gravity
    60. PAIK HJ; MOODY MV
      NULL TEST OF THE INVERSE-SQUARE LAW OF GRAVITY

      Classical and quantum gravity
    61. FAN CX; LU DF; WONG KW; XIN Y; XU B; ALZAYED NS; CHESTER M; KNAPP DE
      HIGH-TEMPERATURE RF SQUID GRADIOMETER APPLIED TO NONDESTRUCTIVE TESTING

      Cryogenics
    62. GIESSLER F; RISSANEN A; MALMIVUO J
      A COMBINED METHOD FOR LOW-NOISE BIOMAGNETIC MEASUREMENT SYSTEMS

      Measurement science & technology
    63. YUAN SW; BERTRAM HN
      MAGNETORESISTIVE HEADS FOR ULTRA-HIGH DENSITY RECORDING

      IEEE transactions on magnetics
    64. TAVRIN YA; XU Y; BRAGINSKI AI; HEIDEN C; LINNIK AS; PAVLIUK VA; SCHAPOVALENKO VV
      2-HOLE BULK HIGH-TC SQUID ELECTRONIC GRADIOMETER FOR MAGNETOCARDIOGRAPHY IN UNSHIELDED SPACE

      Cryogenics


ASDD Area Sistemi Dipartimentali e Documentali, Università di Bologna, Catalogo delle riviste ed altri periodici
Documento generato il 11/08/20 alle ore 22:27:48