Measurements of the structure factor S(k) for 4He are reported as a function of pressure at 1.67, 2.20, and 4.24 K from saturated vapor pressure to 25 atm. The liquid structure factor is seen to sharpen and increase in amplitude with an increase in pressure at each of the temperatures studied. Comparison is made to previous results obtained by the technique of neutron scattering as well as to the theoretical predictions of Chang and Campbell and of Whitlock et al. The pair correlation function g(r) is obtained from the liquid structure factor by means of a Fourier transform, and comparison is made to theoretical predictions
We suggest consistency checks on neutron scattering data on liquid helium under pressure. The theore...
International audienceThe center-of-mass structure factor, S(Q), of liquid hydrogen and liquid deute...
Measurements of the inelastic neutron scattering from liquid 4He at T = 1.2 K in the range of waveve...
We present the results of measurements of the liquid structure factor, S(k), for liquid 4He at satur...
The liquid structure factor of 4He has been measured in the momentum transfer range from 0.133 to 1....
We report preliminary results for the fluid structure factor of 4He at a temperature of 10 K and den...
We report precise measurements of the structure factor S(k) as a function of the momentum transfer k...
The liquid structure factor of helium-4 has been determined in the momentum-transfer range 0.2 to 0....
Nous présentons nos premiers résultats expérimentaux du facteur de structure fluide de 4He à T = 10 ...
We re-investigate a model of G.V. Chester (Phys. Rev. 100, 455 (1955)) for liquid 4He which combines...
Measurements of the structure factor S(k) for 4He at constant density above and below Tλ are reporte...
The static structure factor of helium gas has been measured at densities of 3.45 × 10−3, 2.66 × 10−3...
The liquid structure factor of 3He has been determined in the momentum-transfer range 0.2 to 1.0 Å-1...
The static structure factor S(k) of gaseous 4He at various densities along the T=6.13 K isotherm has...
A structural investigation of fully deuterated liquid formic acid was performed by neutron scatterin...
We suggest consistency checks on neutron scattering data on liquid helium under pressure. The theore...
International audienceThe center-of-mass structure factor, S(Q), of liquid hydrogen and liquid deute...
Measurements of the inelastic neutron scattering from liquid 4He at T = 1.2 K in the range of waveve...
We present the results of measurements of the liquid structure factor, S(k), for liquid 4He at satur...
The liquid structure factor of 4He has been measured in the momentum transfer range from 0.133 to 1....
We report preliminary results for the fluid structure factor of 4He at a temperature of 10 K and den...
We report precise measurements of the structure factor S(k) as a function of the momentum transfer k...
The liquid structure factor of helium-4 has been determined in the momentum-transfer range 0.2 to 0....
Nous présentons nos premiers résultats expérimentaux du facteur de structure fluide de 4He à T = 10 ...
We re-investigate a model of G.V. Chester (Phys. Rev. 100, 455 (1955)) for liquid 4He which combines...
Measurements of the structure factor S(k) for 4He at constant density above and below Tλ are reporte...
The static structure factor of helium gas has been measured at densities of 3.45 × 10−3, 2.66 × 10−3...
The liquid structure factor of 3He has been determined in the momentum-transfer range 0.2 to 1.0 Å-1...
The static structure factor S(k) of gaseous 4He at various densities along the T=6.13 K isotherm has...
A structural investigation of fully deuterated liquid formic acid was performed by neutron scatterin...
We suggest consistency checks on neutron scattering data on liquid helium under pressure. The theore...
International audienceThe center-of-mass structure factor, S(Q), of liquid hydrogen and liquid deute...
Measurements of the inelastic neutron scattering from liquid 4He at T = 1.2 K in the range of waveve...