Add to ORKGA sensitive NMR spectroscopy using a dynamic nuclear polarization (DNP) is an effective method to enhance the sensitivity of such versatile analytical technique. Its high performance realization requires a frequency tunable and powerful radiation source. A new gyrotron is developed with the aim of achieving the wide fequency tuning. The Gyrotron FU CW IV operates at magnetic fields in the range ofbetween 4.9 T and 5.2 T, and continuous frequency tuning in 6 GHz interval can be realized
and completed operational tests successfully in the Research Center for Development of Far Infrared ...
The design, operation, and characterization of a continuous-wave (CW) tunable second-harmonic 460-GH...
This paper outlines the principle of the DNP-NMR technique. The gyrotron, as a very promising microw...
A sensitive NMR spectroscopy using a dynamic nuclear polarization (DNP) is an effective method to en...
[[abstract]]The gyrotron, Gyrotron FU CW IV continues to produce output radiation in the wide range ...
[[abstract]]Summary form only given. Dynamic nuclear polarization (DNP) method can enhance the sensi...
Dynamic Nuclear Polarization (DNP) could open sensitivity enhancement of Nuclear Magnetic Resonance ...
Gyrotron FU CW II with an 8 T liquid He free superconducting magnet, the second gyrotron of the THz ...
Dynamic nuclear polarization (DNP) increases the sensitivity of nuclear magnetic resonance (NMR) spe...
Dynamic Nuclear Polarization (DNP) when combined with Nuclear Magnetic Resonance (NMR) yields high s...
By shining millimeter waves upon a sample, Dynamic Nuclear Polarization (DNP) provides a way to enha...
The new gyrotron series in FIR FU, so-called Gyrotron FU CW Series, is being developed for applicati...
Gyrotron FU CW VII, one of the FU CW Series Gyrotrons, has been designed, constructed and completed ...
Gyrotron FU CW VII, one of the FU CW Series Gyrotrons, has been designed, constructed and completed ...
Gyrotron FU CW II with an 8 T liquid He free superconducting magnet, the second gyrotron of the THz ...
and completed operational tests successfully in the Research Center for Development of Far Infrared ...
The design, operation, and characterization of a continuous-wave (CW) tunable second-harmonic 460-GH...
This paper outlines the principle of the DNP-NMR technique. The gyrotron, as a very promising microw...
A sensitive NMR spectroscopy using a dynamic nuclear polarization (DNP) is an effective method to en...
[[abstract]]The gyrotron, Gyrotron FU CW IV continues to produce output radiation in the wide range ...
[[abstract]]Summary form only given. Dynamic nuclear polarization (DNP) method can enhance the sensi...
Dynamic Nuclear Polarization (DNP) could open sensitivity enhancement of Nuclear Magnetic Resonance ...
Gyrotron FU CW II with an 8 T liquid He free superconducting magnet, the second gyrotron of the THz ...
Dynamic nuclear polarization (DNP) increases the sensitivity of nuclear magnetic resonance (NMR) spe...
Dynamic Nuclear Polarization (DNP) when combined with Nuclear Magnetic Resonance (NMR) yields high s...
By shining millimeter waves upon a sample, Dynamic Nuclear Polarization (DNP) provides a way to enha...
The new gyrotron series in FIR FU, so-called Gyrotron FU CW Series, is being developed for applicati...
Gyrotron FU CW VII, one of the FU CW Series Gyrotrons, has been designed, constructed and completed ...
Gyrotron FU CW VII, one of the FU CW Series Gyrotrons, has been designed, constructed and completed ...
Gyrotron FU CW II with an 8 T liquid He free superconducting magnet, the second gyrotron of the THz ...
and completed operational tests successfully in the Research Center for Development of Far Infrared ...
The design, operation, and characterization of a continuous-wave (CW) tunable second-harmonic 460-GH...
This paper outlines the principle of the DNP-NMR technique. The gyrotron, as a very promising microw...