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Results: 1-11 |
Results: 11
Novel interferometric frequency discriminators for low noise microwave applications
Authors: Hartnett, JG Tobar, ME Ivanov, EN
Citation: Jg. Hartnett et al., Novel interferometric frequency discriminators for low noise microwave applications, IEEE ULTRAS, 48(3), 2001, pp. 743-749
Analysis of the rutile-ring method of frequency-temperature compensating ahigh-Q whispering gallery sapphire resonator
Authors: Tobar, ME Hartnett, JG Duchiron, G Cros, D Ivanov, EN Blondy, P Guillon, P
Citation: Me. Tobar et al., Analysis of the rutile-ring method of frequency-temperature compensating ahigh-Q whispering gallery sapphire resonator, IEEE ULTRAS, 48(3), 2001, pp. 812-820
Complex paramagnetic susceptibility in titanium-doped sapphire at microwave frequencies
Authors: Hartnett, JG Tobar, ME Krupka, J
Citation: Jg. Hartnett et al., Complex paramagnetic susceptibility in titanium-doped sapphire at microwave frequencies, J PHYS D, 34(6), 2001, pp. 959-967
Whispering gallery method of measuring complex permittivity in highly anisotropic materials: Discovery of a new type of mode in anisotropic dielectric resonators
Authors: Tobar, ME Hartnett, JG Ivanov, EN Blondy, P Cros, D
Citation: Me. Tobar et al., Whispering gallery method of measuring complex permittivity in highly anisotropic materials: Discovery of a new type of mode in anisotropic dielectric resonators, IEEE INSTR, 50(2), 2001, pp. 522-525
Microwave secondary frequency standards: Stability limits due to intrinsicfluctuations in frequency discriminator
Authors: Hartnett, JG Ivanov, EN Tobar, ME
Citation: Jg. Hartnett et al., Microwave secondary frequency standards: Stability limits due to intrinsicfluctuations in frequency discriminator, IEEE MICR G, 10(8), 2000, pp. 328-330
Cryogenic microwave amplifiers for precision measurements
Authors: Ivanov, EN Hartnett, JG Tobar, ME
Citation: En. Ivanov et al., Cryogenic microwave amplifiers for precision measurements, IEEE ULTRAS, 47(6), 2000, pp. 1273-1274
Frequency-temperature compensation techniques for high-Q microwave resonators
Authors: Hartnett, JG Tobar, ME
Citation: Jg. Hartnett et Me. Tobar, Frequency-temperature compensation techniques for high-Q microwave resonators, T APPL PHYS, 79, 2000, pp. 67-91
Cryogenically cooled sapphire-rutile dielectric resonators for ultrahigh-frequency stable oscillators for terrestrial and space applications
Authors: Tobar, ME Hartnett, JG Ivanov, EN Cros, D Blondy, P Guillon, P
Citation: Me. Tobar et al., Cryogenically cooled sapphire-rutile dielectric resonators for ultrahigh-frequency stable oscillators for terrestrial and space applications, IEEE MICR T, 48(7), 2000, pp. 1265-1269
High-Q frequency-temperature compensated sapphire/rutile resonator
Authors: Hartnett, JG Tobar, ME Ivanov, EN Cros, D
Citation: Jg. Hartnett et al., High-Q frequency-temperature compensated sapphire/rutile resonator, ELECTR LETT, 36(8), 2000, pp. 726-727
Frequency-temperature compensation in Ti3+ and Ti4+ doped sapphire whispering gallery mode resonators
Authors: Hartnett, JG Tobar, ME Mann, AG Ivanov, EN Krupka, J Geyer, R
Citation: Jg. Hartnett et al., Frequency-temperature compensation in Ti3+ and Ti4+ doped sapphire whispering gallery mode resonators, IEEE ULTRAS, 46(4), 1999, pp. 993-1000
Design of high-Q frequency-temperature compensated dielectric resonators
Authors: Tobar, ME Hartnett, JG Cros, D Blondy, P Krupka, J Ivanov, EN Guillon, P
Citation: Me. Tobar et al., Design of high-Q frequency-temperature compensated dielectric resonators, ELECTR LETT, 35(4), 1999, pp. 303-305
Risultati: 1-11 |