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Microwave measurements of the thermal expansion of a spherical cavityEWING, M. B; MEHL, J. B; MOLDOVER, M. R et al.Metrologia. 1988, Vol 25, Num 4, pp 211-219, issn 0026-1394Article

Closed laser-beam trajectories in plano-spherical resonators with Gaussian aperturesMALYUTIN, A. A.Quantum electronics (Woodbury). 2008, Vol 38, Num 2, pp 181-186, issn 1063-7818, 6 p.Article

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Singularity extraction from the electric Green's function for a spherical resonatorBRESSAN, M; CONCIAURO, G.IEEE transactions on microwave theory and techniques. 1985, Vol 33, Num 5, pp 407-414, issn 0018-9480Article

Controlled observation of nondegenerate cavity modes in a microdroplet on a superhydrophobic surfaceYORULMAZ, S. C; MESTRE, M; MURADOGLU, M et al.Optics communications. 2009, Vol 282, Num 14, pp 3024-3027, issn 0030-4018, 4 p.Article

Gas-filled spherical resonators: theory and experimentMOLDOVER, M. R; MEHL, J. B; GREENSPAN, M et al.The Journal of the Acoustical Society of America. 1986, Vol 79, Num 2, pp 253-272, issn 0001-4966Article

Laser excitation of acoustic resonances in a spherical resonatorKARBACH, A; HESS, P.Journal of applied physics. 1985, Vol 58, Num 10, pp 3851-3855, issn 0021-8979Article

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Resonant spectra of a deformed spherical microcavityYIPING HAN; MOOS, Loic; GOUESBET, Gerard et al.Journal of the Optical Society of America. B, Optical physics (Print). 2006, Vol 23, Num 7, pp 1390-1397, issn 0740-3224, 8 p.Article

The speed of sound in nitrogen at temperatures between T = 250 K and T = 350 K and at pressures up to 30 MPaCOSTA GOMES, M. F; TRUSLER, J. P. M.Journal of chemical thermodynamics. 1998, Vol 30, Num 5, pp 527-534, issn 0021-9614Article

Measurement of the Universal Gas Constant R using a spherical acoustic resonatorMOLDOVER, M. R; TRUSLER, J. P. M; EDWARDS, T. J et al.Journal of research of the National Bureau of Standards (1934). 1988, Vol 93, Num 2, pp 85-144, issn 0091-0635Article

Synthèse d'une antenne à résonance suivant un critère énergétiqueKORSHUNOVA, E. N; SIVOV, A. N; SHATROV, A. D et al.Radiotehnika i èlektronika. 1987, Vol 32, Num 12, pp 2480-2489, issn 0033-8494Article

Acoustic field in a quasi-spherical resonator : Unified perturbation modelGUIANVARC'H, Cécile; PITRE, Laurent; BRUNEAU, Michel et al.The Journal of the Acoustical Society of America. 2009, Vol 125, Num 3, pp 1416-1425, issn 0001-4966, 10 p.Article

Microresonator array for high-resolution spectroscopySCHWEIGER, Gustav; NETT, Ralf; WEIGEL, Thomas et al.Optics letters. 2007, Vol 32, Num 18, pp 2644-2646, issn 0146-9592, 3 p.Article

Primary acoustic thermometry between T = 90 K and T = 300 KEWING, M. B; TRUSLER, J. P. M.Journal of chemical thermodynamics. 2000, Vol 32, Num 9, pp 1229-1255, issn 0021-9614Article

An apparatus based on a spherical resonator for measuring the speed of sound in gases at high pressures. Results for argon at temperatures between 255 K and 300 K and at pressures up to 7MPaEWING, M. B; GOODWIN, A. R. H.Journal of chemical thermodynamics. 1992, Vol 24, Num 5, pp 531-547, issn 0021-9614Article

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Speeds of sound in CF₄ between 175 and 300 K measured with a spherical resonatorEWING, M. B; TRUSLER, J. P. M.The Journal of chemical physics. 1989, Vol 90, Num 2, pp 1106-1115, issn 0021-9606Article

Thermophysical properties of alkanes from speeds of sound determined using a spherical resonator. II: n-butaneEWING, M. B; GOODWIN, A. R. H; MCGLASHAN, M. L et al.Journal of chemical thermodynamics. 1988, Vol 20, Num 2, pp 243-256, issn 0021-9614Article