ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h...

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Transcript of ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h...

Page 1: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 2: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 3: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 4: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 5: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 6: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 7: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 8: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 9: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 10: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 11: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 12: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 13: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 14: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 15: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 16: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 17: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
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Page 20: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 21: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 22: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 23: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 24: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 25: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
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Page 27: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 28: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
Page 29: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
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Page 31: ColdNeutrons - Oak Ridge National Laboratory · 1.0 1.5 courtesy G. Greene 2. Lattice + al + h +0.058 J. Wasem, PRC C85 (2012) 3. (hybrid and pure) — model-independent NN potentials
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RESULTS FROM THE PREVENT STUDY 94 placebo (HR=0.058;

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· PDF filejis g 3112 (1998) sd 295a, sd 390, sd 490 british äjnqu bs 4449 (1988) sr250 ... 1256.6 sr24 0.280 0.058 0.058 24.000 39 180 2.220 2.664 400 28.3 sd50 0.060

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