We present the first evidence of magnetic order in the quasi-one-dimensional
spin 1/2 molecular chain compound, copper pyrazine dinitrate Cu(C4H4N2)(NO3)2}.
Zero field muon-spin relaxation measurements made at dilution refrigerator
temperatures show oscillations in the measured asymmetry, characteristic of a
quasistatic magnetic field at the muon sites. Our measurements provide
convincing evidence for long range magnetic order below a temperature
T_N=107(1) mK. This leads to an estimate of the interchain coupling constant of
|J'|/k_B=0.046 K and to a ratio |J'/J| = 4.4 x 10^-3.Comment: 4 pages, 3 figures. Submitted to Physical Review Letter

Baines, C.

Baker, P. J.

Blundell, S. J.

Brooks, M. L.

Lancaster, T.

Landee, C. P.

Manson, J. L.

Pratt, F. L.

English

arXiv

We present evidence of magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound, copper pyrazine dinitrate Cu(C4H4N2)(NO3)2. Zero field muon-spin relaxation measurements made at dilution refrigerator temperatures show oscillations in the measured asymmetry characteristic of a quasistatic magnetic field at the muon sites. Our measurements provide convincing evidence for long-range magnetic order below a temperature TN=107(1) mK. This leads to an estimate of the interchain coupling constant of │J'│ lkB =0.046 K and to a ratio of │J'lJ│=4.4x10-3

Lancaster, Tom

Blundell, Stephen

Oxford University Research Archive

Magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound copper pyrazine dinitrate

We present evidence of magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound, copper pyrazine dinitrate Cu (C4 H4 N2) (N O3) 2. Zero field muon-spin relaxation measurements made at dilution refrigerator temperatures show oscillations in the measured asymmetry characteristic of a quasistatic magnetic field at the muon sites. Our measurements provide convincing evidence for long-range magnetic order below a temperature TN =107 (1) mK. This leads to an estimate of the interchain coupling constant of J′ kB =0.046 K and to a ratio of J′ J =4.4× 10-3. © 2006 The American Physical Society

Brooks, ML

Baker, PJ

Pratt, FL

Manson, JL

Landee, CP

Baines, C

We present evidence of magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound, copper pyrazine dinitrate Cu(C4H4N2)(NO3)(2). Zero field muon-spin relaxation measurements made at dilution refrigerator temperatures show oscillations in the measured asymmetry characteristic of a quasistatic magnetic field at the muon sites. Our measurements provide convincing evidence for long-range magnetic order below a temperature T-N=107(1) mK. This leads to an estimate of the interchain coupling constant of vertical bar J\u27vertical bar/k(B)=0.046 K and to a ratio of vertical bar J\u27/J vertical bar=4.4x10(-3)

Lancaster, T

Blundell, S J

Brooks, M L

Baker, P J

Pratt, F L

Manson, Jamie L

Landee, C P

Eastern Washington University: EWU Digital Commons

Magnetic Order In The Quasi-One-Dimensional Spin-1/2 Molecular Chain Compound Copper Pyrazine Dinitrate

Blundell, SJ

Oxford University Research Archive (ORA)

Physical Review B

We present evidence of magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound, copper pyrazine dinitrate Cu(C4H4N2)(NO3)2. Zero field muon-spin relaxation measurements made at dilution refrigerator temperatures show oscillations in the measured asymmetry characteristic of a quasistatic magnetic field at the muon sites. Our measurements provide convincing evidence for long-range magnetic order below a temperature TN=107(1) mK. This leads to an estimate of the interchain coupling constant of │J'│ lkB =0.046 K and to a ratio of │J'lJ│=4.4x10-3.Citation: Lancaster, T. (2006). 'Magnetic order in the quasi-one-dimensional spin-1/2 molecular chain compound copper pyrazine dinitrate', Physical Review B [Online], 73 (2), 020410. [Available at http://prb.aps.org/]