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The UK's National Measurement Laboratory | |
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CPEM 2004
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| Tu4c1 | Calculable Filter for Josephson Arbitrary Waveform Synthesis | Rado Lapuh |
| Tu4c2 | Fast Josephson Arrays for Voltage and Impedance Metrology | Juha Hassel |
| Tu4c3 | SINIS Josephson Junction Series Arrays for Operation in the Josephson Arbitrary Waveform Synthesiser | Johannes Kohlmann |
| Tu4c4 | Development of a Quantum AC Voltage Standard Based on Externally Shunted Josephson Arrays | Jaani Nissilä |
| Tu4c5 | Pulse Drive Electronics for Josephson Arbitrary Waveform Synthesis | Luis Palafox |
| Tu4c6 | A Method for the Dissemination of the AC-voltage of a Josephson Arbitrary Waveform Synthesizer | Valter Tarasso |
| Tu4c7 | A Lumped Array Josephson Pulse Quantizer for Quantum-based Arbitrary Waveform Synthesizers | Gerd Wende |
| Tu4c8 | On Possible Use of Quantized Voltages of Shapiro Steps for Absolute Inductance Calibration and Governing Direct Currents | E.T. Frantsuz |
| Tu4c9 | DC-current Source Controlled by NMR | Kurt Weyand |
| Tu4c10 | A DC Voltage Reference Based on MEMS | A. Kärkkäinen |
| Tu4c11 | Investigations of Noise in Electronic Voltage Standards | Thomas J. Witt |
| Tu4c12 | Determination of DC Voltage Ratio of Self-calibrating Divider | Lingxiang Liu |
| Tu4c13 | Application of DMM Linearity to DC Volt Traceability | Andrea Sosso |
| Tu4c14 | Research in Automatic Measurement System of the EMF Secondary Standard | Lei Wang |
| Tu4c15 | A Portable Precision Enclosure with High Temperature Homogeneity and Stability | Zhengkun Li |
| Tu4c16 | Comparing Different Methods for the Calibration of the mV Ranges of an AC Measurement Standard | Neil Faulkner |
| Tu4c17 | Micropotentiometers With New Disc Resistors And Planar Multijunction Thermal Converters Calibrating High Input Impedance mV-Amplifier | Manfred Klonz |
| Tu4c18 | Low Voltage AC-DC Difference Standards at Spring Singapore | Lingxiang Liu |
| Tu4c19 | Extend AC Voltage Standard to mV Level at 1kHz to 1MHz with Inductive Voltage Dividers | Jiangtao Zhang |
| Tu4c20 | Fast Synchronous AC-DC Transfer with Thermal Converters | Enrico Mohns |
| Tu4c21 | Transportable AC-DC Transfer Standard Based on Fast-reversed DC | Hitoshi Sasaki |
| Tu4c22 | A Calculable Dipole Antenna to Cover the frequency Range 850 MHZ to 2.2 GHZ | B.G. Loader |
| Tu4c23 | An Improved Time Domain Method for the Evaluation of Antenna Factors of Log-periodic Antennas | Satoru Kurokawa |
| Tu4c24 | A Method to Calculate Antenna Factor by a Single Site Attenuation | Takuya Nakamori |
| Tu4c25 | Corrosion Detection And Thickness Evaluation Utilizing Active Near-Field Microwave Nondestructive Testing Techniques | Wael Saleh |
| Tu4c26 | Exploration of Breast Tumors Utilizing Noninvasive Near-field Microwave Imaging | Wael Saleh |
| Tu4c27 | Precise Frequency Measurements of 6s 2S1/2 - 6p 2P3/2 Transition in 133Cs Atomic Ceam Using a Femtosecond Laser Frequency Comb | Vladislav Gerginov |
| Tu4c28 | Stability-degradation Factors in an Optical-microwave Frequency Link System and their Evaluation Using Phase Noise Measurement | Hajime Inaba |
| Tu4c29 | Extending the Range and Utility of Femtosecond Combs | Stephen N. Lea |
| Tu4c30 | Efficient Islolation of fo in an Optical Frequency Synthesizer | John J McFerran |
| Tu4c31 | Building a frequency-stabilized mode-locked femtosecond laser for optical frequency metrology | Jin-Long Peng |
| Tu4c32 | Progress in Optical Frequency Measurements at BNM-SYRTE | Giovanni Daniele Rovera |
| Tu4c33 | Iodine Frequency Stabalized Lasers in CMI | Petr Balling |
| Tu4c34 | Systematical measurement of molecular iodine hyperfine transitions in the wavelength range of 500 - 517 nm | Lisheng Chen |
| Tu4c35 | Narrow Lines in Molecular Iodine at 501 nm | Frédéric du Burck |
| Tu4c36 | Measurement of Laser Linewidths and Coherence Lengths Using a Frequency Counter | Jean-Francois Cliché |
| Tu4c37 | Narrow-line Diode Laser System for the S-D Transition of Ca+ Ion | Ying Li |
| Tu4c38 | Signal/Noise Improvement in Saturation Spectroscopy Enhanced by an Active Optical Cavity | Dmitry Primakov |
| Tu4c39 | Highly-Accurate Real-Time GPS Carrier Phase Disciplined Oscillator | Chia-Lung Cheng |
| Tu4c40 | Performance Testing of Time Comparison Using GPS Smoothed P3 Code and IGS Ephemerides | Hsin-Min Peng |
| Tu4c41 | Zero Baseline and Short Baseline Characterisations of GPS Receivers | Yueyan Shan |
| Tu4c42 | Development of Time Comparison Equipment for ETS-VIII Satellite | Yasuhiro Takahash |
| Tu4c43 | Development of Multi Channel Dual Mixer Time Difference System | Fumimaru Nakagawa |
| Tu4c44 | Bilateral Comparisons of the Dissipation Factor of Capacitors at 1 kHz | Juergen Melcher |
| Tu4c45 | Bilateral Comparison KRISS-CENAM of 10 pF and 100 pF Standard Capacitors | Jose Angel Moreno |
| Tu4c46 | Bilateral Comparison of 50 mF Capacitance and its Losses at 50 Hz | Esa-Pekka Suomalainen |
| Tu4c47 | Bilateral Comparison of AC Current Ratio Standards up to 700 HZ Between NMIJ and NRC | Kunihiko Takahashi |
| Tu4c48 | CCEM key comparison Magnetic Flux Density by means of Field Coil Transfer Standard | Kurt Weyand |
| Tu4c49 | CCEM Key Comparison CCEM.RF-K10.CL (GT/RF 99-2) Power in 50 Ohm Coaxial Lines, Frequency: 50 MHz to 26 GHz | Dieter Janik |
| Tu4c50 | Key comparison CCEM-K6.c of AC-DC voltage transfer standards at selected frequencies between 1 MHz and 100 MHz | Erik Dierikx |
| Tu4c51 | APMP International Comparison of AC-DC Transfer Standards at the Lowest Attainable Level of Uncertainty | Dr Ilya Budovsky |
| Tu4c52 | Comparison EUROMET.EM-K8 of DC Voltage Ratio: Results | Giancarlo Marullo Reedtz |
| Tu4c53 | EUROMET 495 Comparison of High Direct Voltage Measurements up to 100 kV | Gareth Jones |
| Tu4c54 | Intercomparison of Precision Current Sources in the Range From 10 fA to 10 pA Between PTB and VNIIM | Gerd-Dietmar Willenberg |
| Tu4c55 | S-parameter Measurement Comparison EUROMET.EM.RF-S16: Data Analysis | Markus Zeier |
| Tu4c56 | Energy Comparison in China | Lu Zuliang |
| Tu4c57 | Absolute Frequency Measurement and Comparison of UME and BIPM He-Ne/I2 Lasers | Dr. Ramiz Hamid |
| Tu4c58 | Intercomparison of magnetic flux by means of coil transfer standard | Dr.Josef Kupec |
| Tu4c59 | Nordic Comparison of the Calibration of 1 W and 10 kW Resistors, EUROMET.EM-S18 | Per Otto Hetland |
| Tu4c60 | High Accuracy Velocity Control Method Directly Linked to the Speed of Light: Application to the BNM Watt Balance Project | Patrick Juncar |
| Tu4c61 | Developing Axisymmetric Parametric Model for Electrostatic Force Balance | Yi-sha Ku |
| Tu4c62 | Atomic Force Microscope Measurements: A MEMS Spring-Constant Standard Potentially Traceable to the SI via the Electrical Units | Peter J Cumpson |
