Abstract
Two nuclear-demagnetization cryostats, each containing 173 mol of copper coolant in a 8 T magnetic field and based on an Oxford Instruments model 1000 dilution refrigerator, have been under development at the University of Florida Microkelvin Laboratory for studies of nuclear magnetic ordering in metals and in solid {sup 3}He, properties of superfluid {sup 3}He at T=0, and mesoscopic systems, and for development of primary thermometers based on population differences in nuclear quadrupole systems. The performance of the first cryostat is analyzed with emphasis on improvements to be made.
Avenel, O;
[1]
Xu, J;
Xia, J S;
Xu, M F;
[2]
Lang, T;
Moyland, P L;
Ni, W;
Adams, E D;
Ihas, G G;
Meisel, M W;
Sullivan, N S;
Takano, Y
[3]
- CEA Centre d`Etudes de Saclay, 91 - Gif-sur-Yvette (France). Dept. de Recherche sur l`Etat Condense, les Atomes et les Molecules
- Babcock and Wilcox Co., Lynchburg, VA (United States)
- Florida Univ., Gainesville, FL (United States). Dept. of Physics
Citation Formats
Avenel, O, Xu, J, Xia, J S, Xu, M F, Lang, T, Moyland, P L, Ni, W, Adams, E D, Ihas, G G, Meisel, M W, Sullivan, N S, and Takano, Y.
Nuclear demagnetization cryostat at University of Florida Microkelvin Laboratory.
France: N. p.,
1992.
Web.
Avenel, O, Xu, J, Xia, J S, Xu, M F, Lang, T, Moyland, P L, Ni, W, Adams, E D, Ihas, G G, Meisel, M W, Sullivan, N S, & Takano, Y.
Nuclear demagnetization cryostat at University of Florida Microkelvin Laboratory.
France.
Avenel, O, Xu, J, Xia, J S, Xu, M F, Lang, T, Moyland, P L, Ni, W, Adams, E D, Ihas, G G, Meisel, M W, Sullivan, N S, and Takano, Y.
1992.
"Nuclear demagnetization cryostat at University of Florida Microkelvin Laboratory."
France.
@misc{etde_10129591,
title = {Nuclear demagnetization cryostat at University of Florida Microkelvin Laboratory}
author = {Avenel, O, Xu, J, Xia, J S, Xu, M F, Lang, T, Moyland, P L, Ni, W, Adams, E D, Ihas, G G, Meisel, M W, Sullivan, N S, and Takano, Y}
abstractNote = {Two nuclear-demagnetization cryostats, each containing 173 mol of copper coolant in a 8 T magnetic field and based on an Oxford Instruments model 1000 dilution refrigerator, have been under development at the University of Florida Microkelvin Laboratory for studies of nuclear magnetic ordering in metals and in solid {sup 3}He, properties of superfluid {sup 3}He at T=0, and mesoscopic systems, and for development of primary thermometers based on population differences in nuclear quadrupole systems. The performance of the first cryostat is analyzed with emphasis on improvements to be made.}
place = {France}
year = {1992}
month = {Dec}
}
title = {Nuclear demagnetization cryostat at University of Florida Microkelvin Laboratory}
author = {Avenel, O, Xu, J, Xia, J S, Xu, M F, Lang, T, Moyland, P L, Ni, W, Adams, E D, Ihas, G G, Meisel, M W, Sullivan, N S, and Takano, Y}
abstractNote = {Two nuclear-demagnetization cryostats, each containing 173 mol of copper coolant in a 8 T magnetic field and based on an Oxford Instruments model 1000 dilution refrigerator, have been under development at the University of Florida Microkelvin Laboratory for studies of nuclear magnetic ordering in metals and in solid {sup 3}He, properties of superfluid {sup 3}He at T=0, and mesoscopic systems, and for development of primary thermometers based on population differences in nuclear quadrupole systems. The performance of the first cryostat is analyzed with emphasis on improvements to be made.}
place = {France}
year = {1992}
month = {Dec}
}