Search Results - "BLEANEY, B"

Magnetic properties of the lanthanide phosphates by Bleaney, B.

“…The heavier lanthanide phosphates, together with those of scandium and yttrium, have been investigated by an unusually wide range of experiments. Most of them…”
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Dynamic nuclear polarization and nuclear orientation in terbium vanadate by Bleaney, B.

“…Dynamic nuclear polarization is a well established technique, which has been used to produce polarized targets for experiments in nuclear physics. This paper…”
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Cross–relaxation and nuclear orientation in ytterbium vanadate by Bleaney, B.

“…Dynamic nuclear polarization is a well–established technique, which has been used to produce polarized targets for experiments in nuclear physics, for example…”
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Magnetic resonance, nuclear orientation and antiferromagnetism by Bleaney, B.

“…A small range of compounds contain ions from two transition groups, 3d and 4f. Most of these enter an ordered antiferromagnetic state only at liquid helium…”
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Magneto-electric resonance by Bleaney, B.

“…The magneto-electric effect provides a method of determining the temperature dependence of the sublattice magnetization in an antiferromagnet. This paper…”
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Dynamic nuclear polarization of liquid 3He by Bleaney, B.

“…In each case an external magnetic field is needed, together with radiation at a frequency equal to the sum or difference of an electronic or enhanced nuclear…”
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The magnetic properties of erbium vanadate by Bleaney, B.

“…ErVO4, erbium vanadate, is a tetragonal paramagnet which is known to order magnetically below about 0.4 K. The nature of the ordered structure is predicted…”
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Two Oxford science professors, F. Soddy and J. S. E. Townsend by Bleaney, B.

“…A light–hearted account is given of incidents in the lives of Frederick Soddy, Nobel laureate in Chemistry 1921, and Dr Lee's Professor of Chemistry in Oxford,…”
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Nuclear magnetism and the trivalent europium ion by Bleaney, B.

“…Enhanced nuclear moments occur in atoms, molecules and all the transition groups of the periodic table. They are unusually large for lanthanide ions, with…”
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Derek Ainslie Jackson (1906-1982): Some recollections of a great European spectroscopist by Bleaney, B.

“…Derek Jackson was the son of Sir Charles Jackson, from whom he inherited shares in the…”
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Dynamic nuclear polarization of liquid helium-three by Bleaney, B.

“…At Kazan State University a number of experiments have been proposed using solid paramagnetic compounds to produce nuclear polarization in liquid helium-three,…”
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Nuclear orientation and nuclear cooling experiements in Oxford and Helsinki Part 2. Progress from 1945 to 1970 by Bleaney, B., Lounasmaa, O. V.

“…The development of electron magnetic resonance by E. Zavoisky in 1945–46, and the discovery of hyperfine structure in paramagnetic compounds, soon found…”
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Nuclear orientation and nuclear cooling experiements in Oxford and Helsinki Part 3. Progress from 1975 to 2001 by Bleaney, B., Lounasmaa, O. V.

“…Studies of spontaneous nuclear ordering in metals were started in Finland in 1974, eventually making positive and negative spin temperatures in the nanokelvin…”
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Nuclear orientation and nuclear cooling experiements in Oxford and Helsinki Part 1. Progress before 1940 by Bleaney, B., Lounasmaa, O. V.

“…This paper reviews early developments in the method of adiabatic demagnetization (magnetic cooling) for reaching temperatures below 1 K. Experimental research…”
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Dipolar spin-spin interaction and magnetic order by Bleaney, B.

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Dynamic nuclear polarisation in metallic silver by Bleaney, B.

“…Dynamic nuclear polarisation is a well established technique, which has been used to produce polarised targets for experiments in nuclear physics. This paper…”
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A century of physics in Oxford by Bleaney, B.

“…This paper gives a concise history of the development of physics in Oxford, mainly from the middle of the 19th century to 1945. The first part covers the…”
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Jubilees of radio-frequency spectroscopy by Bleaney, B.

“…The years 1994–96 are marked by a series of golden jubilees: the first electron magnetic resonance experiment at Kazan (Zavoisky, 1945); nuclear magnetic…”
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Nuclear magnetic order in PrF3 by Bleaney, B.

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Nuclear Orientation and Nuclear Cooling Experiments in Oxford and Helsinki. Part 2. Progress from 1945 to 1970 by Bleaney, B., Lounasmaa, O. V.

“…The development of electron magnetic resonance by E. Zavoisky in 1945-46, and the discovery of hyperfine structure in paramagnetic compounds, soon found…”
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