North America

• University of British Columbia,
  Department of Physics , prof. dr. W. Hardy, 6224 Agricultural Road, Vancouver, B.C., Canada V6T 1Z1.
  MVNA-8-350 since 1995.
  Study of new materials, including high Tc superconductors in cavity.
• National High Magnetic Field Laboratory,
  Electron Magnetic Resonance Group , prof. dr. L-C. Brunel, 1800 E. Paul Dirac Drive, Tallahassee, FL 32310, USA.
  MVNA-8-350 with options ESA-1 and ESA-2 at frequencies up to 880 GHz in operation since 1995.
  Resonances at high magnetic field, ESR in crystals.
• Florida State University, and National High Magnetic Field Laboratory,
  Condensed Matter Group , Prof. dr. Jim Brooks,
  1800 E. Paul Dirac Drive, Tallahassee, FL 32310, USA.
  MVNA-8-350-2 since 1995.
  Spectroscopy and magnetospectroscopy of organic crystals, superconductors, etc.
• California Institute of Technology,
  Jet Propulsion Laboratory, dr. Peter H. Siegel, dr. David Pukala, Submillimeter Advanced Technology Group, 4800 Oak Grove Dr, Pasadena 91109 CA, USA.
  MVNA-8-350-4 and FESA-1 option in operation up to 350 GHz since September 1996, ESA-1-FB, and ESA-2-FB up to 1000 GHz, since August 1997.
  Advanced Electrical Engineering for Space Research, characterization of materials and antennae for satellite design and technology, sub-terahertz imaging for bio-medical and security applications.
• Montana State University, then University of Florida, Gainesville, then National High Magnetic Field Laboratory (NHMFL) and Florida State University.
  Center for Condensed Matter Science, Prof. dr. Stephen Hill, EMR program director, NHMFL, 1800 E Paul Dirac Drive, Tallahassee, FL 32310, USA.
  MVNA-8-350-1 since 1998. Frequency coverage 40-200 GHz. Extension ESA-1-FC for frequency coverage up to 600 GHz installed in December 2002. The second analyzer MVNA-8-350-1-2 has been installed in July 2003, the frequency coverage was extended to 1000 GHz in December 2008.
  Low-dimensional conducting systems. Magnetic field dependence in resonant cavities. See the original publication: M. Mola et al., Rev. of Sci. Instruments 71, 186-200, 2000."Instrumentation for millimeter-wave magnetoelectrodynamics investigations of low-dimensional conductors and superconductors".
• Los Alamos National Laboratory,
  Pulsed Magnet Field Laboratory , dr. Gregory S. Boebinger, Director, prof. dr. John Singleton, M/S E536, Los Alamos, NM 87 545, USA.
  MVNA-8-350-1-2, 8-300 GHz delivered in August 2001.
  Magnetooptical studies in pulsed high magnetic field.
• Colorado School of Mines,
  Mesoscopic Physics Laboratory, prof. dr. John Scales, Department of Physics, Golden, Colorado, CO 80401.
  MVNA-8-350-2 70-500 GHz, delivered in May 2005 with Fast Synthesized sweeps, extension ESA-1-FC, transformed into the sweepable ASA-1-FC extension in June 2008. Two-lens quasi-optical bench for Transmission/Reflection in the 70-260 GHz interval.
  Material characterization including rocks and liquids. Organic content characterized by birefringence. Vibration detection by Doppler effect. Sub-lambda imaging. Metamaterials spectroscopy.
• Communications & Power Industries (CPI),
  CPI MPP Division, Palo Alto, CA 94304-1031 USA, Ms Monica Blank and Mr Kevin Felch.
  MVNA-8-350-1 with extension ESA-1-FC for frequency coverage 75-500 GHz installed in March 2007.
  Characterization of components for Gyrotrons.
• NIST,
  NIST Electromagnetics Division 325 Broadway Boulder, CO 80305-3328, USA, dr. William Duncan and dr. Ki Won Yoon.
  MVNA-8-350-4 for frequency coverage 8-110 GHz installed in January 2008, extended to 124-224 GHz in September 2008.
  Characterization of components for millimeter wave radioastronomy and other studies.
• II-VI Incorporated,
  CSG Division VP World Wide Materials Group, CSG Division 375 Saxonburg Boulevard, Saxonburg, PA 18056 USA, dr. Elgin Eissler.
  MVNA-8-350-1 delivered in September 2010.
  Characterization of dielectric properties of materials with open cavity perturbation technique.