Search Results - "Burke, J.T."

Study of the surrogate-reaction method applied to neutron-induced capture cross sections by Boutoux, G., Jurado, B., Méot, V., Roig, O., Mathieu, L., Aïche, M., Barreau, G., Capellan, N., Companis, I., Czajkowski, S., Schmidt, K.-H., Burke, J.T., Bail, A., Daugas, J.M., Faul, T., Morel, P., Pillet, N., Théroine, C., Derkx, X., Sérot, O., Matéa, I., Tassan-Got, L.

“…Gamma-decay probabilities of 173Yb and 176Lu have been measured using the surrogate reactions 174Yb(3He,αγ)173Yb* and 174Yb(3He,pγ)176Lu*, respectively. For…”
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Capture cross sections from (p,d) reactions by Escher, J.E., Burke, J.T., Casperson, R.J., Hughes, R.O., Ota, S., Scielzo, N.D.

“…Cross sections for compound-nuclear reactions involving unstable targets are important for many applications, but can often not be measured directly. Several…”
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Calculations of Compound Nucleus Spin-Parity Distributions Populated via the (p,t) Reaction in Support of Surrogate Neutron Capture Measurements by Benstead, J., Tostevin, J.A., Escher, J.E., Burke, J.T., Hughes, R.O., Ota, S., Casperson, R.J., Thompson, I.J.

“…The surrogate reaction method may be used to determine the cross section for neutron induced reactions not accessible through standard experimental techniques…”
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Similar Lipid Profile But Improved Long-Term Outcomes With Sirolimus After Cyclosporine Withdrawal Compared to Sirolimus With Continuous Cyclosporine by Morales, J.M, Hartmann, A, Walker, R, Arns, W, Senatorski, G, Grinyó, J.M, Shoker, A, Wilczek, H, Jamieson, N.V, Lelong, M, Brault, Y, Burke, J.T, Scarola, J.A

“…Abstract Renal transplant recipients show an increased risk of cardiovascular disease compared with a nontransplant population. Herein we have shown an…”
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Neutron-capture cross sections from indirect measurements by Escher, J.E., Burke, J.T., Dietrich, F.S., Ressler, J.J., Scielzo, N.D., Thompson, I.J.

“…Cross sections for compound-nuclear reactions reactions play an important role in models of astrophysical environments and simulations of the nuclear fuel…”
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Note to: Neutron-induced cross sections of short-lived nuclei via the surrogate reaction method by Boutoux, G., Jurado, B., Méot, V., Roig, O., Aïche, M., Mathieu, L., Barreau, G., Capellan, N., Companis, I., Czajkowski, S., Burke, J.T., Bauge, E., Daugas, J.M., Faul, T., Gaudefroy, L., Morel, P., Pillet, N., Romain, P., Taieb, J., Théroine, C., Derkx, X., Sérot, O., Matea, I., Tassan-Got, L., Gunsing, F.

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Neutron-induced cross sections of short-lived nuclei via the surrogate reaction method by Boutoux, G., Jurado, B., Méot, V., Roig, O., Aïche, M., Mathieu, L., Barreau, G., Capellan, N., Companis, I., Czajkowski, S., Burke, J.T., Bauge, E., Daugas, J.M., Faul, T., Gaudefroy, L., Morel, P., Pillet, N., Romain, P., Taieb, J., Théroine, C., Derkx, X., Sérot, O., Matea, I., Tassan-Got, L., Gunsing, F.

“…The measurement of neutron-induced cross sections of short-lived nuclei is extremely difficult due to the radioactivity of the samples. The surrogate reaction…”
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Neutron-induced cross sections of short-lived nuclei via the surrogate reaction method by Boutoux, G., Jurado, B., Méot, V., Roig, O., Aïche, M., Mathieu, L., Barreau, G., Capellan, N., Companis, I., Czajkowski, S., Burke, J.T., Bauge, E., Daugas, J.M., Faul, T., Gaudefroy, L., Morel, P., Pillet, N., Romain, P., Taieb, J., Théroine, C., Derkx, X., Sérot, O., Matea, I., Tassan-Got, L., Gunsing, F.

“…The measurement of neutron-induced cross sections of short-lived nuclei is extremely difficult due to the radioactivity of the samples. The surrogate reaction…”
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Neutron-induced capture cross sections via the surrogate reaction method by Aïche, M., Boutoux, G., Jurado, B., Barreau, G., Capellan, N., Companis, I., Czajkowski, S., Dassié, D., Haas, B., Mathieu, L., Bail, A., Bauge, E., Daugas, J.M., Faul, T., Gaudefroy, L., Méot, V., Morel, P., Pillet, N., Roig, O., Taieb, J., Théroine, C., Sérot, O., Gunsing, F., Burke, J.T., Derkx, X., Tassan-Got, L.

“…The surrogate reaction method is an indirect way of determining cross sections for nuclear reactions that proceed through a compound nucleus. In this method,…”
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STARS/LiBerACE: Segmented silicon and high-purity germanium detector arrays for low-energy nuclear reaction and structure studies by Lesher, S.R., Phair, L., Bernstein, L.A., Bleuel, D.L., Burke, J.T., Church, J.A., Fallon, P., Gibelin, J., Scielzo, N.D., Wiedeking, M.

“…The Silicon Telescope Array for Reaction Studies (STARS) consists of large-area annular double-sided silicon detectors for charged-particle identification. The…”
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Electrodeposition of U and Pu on thin C and Ti substrates by Henderson, R.A., Gostic, J.M., Burke, J.T., Fisher, S.E., Wu, C.Y.

“…Preparation of Pu and U targets on thin natural C (100 μg/cm 2) and Ti (2 and 3 μm) substrates is described. The actinide material of interest was first…”
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Fission-product gamma-ray line pairs sensitive to fissile material and neutron energy by Marrs, R.E., Norman, E.B., Burke, J.T., Macri, R.A., Shugart, H.A., Browne, E., Smith, A.R.

“…The beta-delayed gamma-ray spectra from the fission of 235U, 238U, and 239Pu by thermal and near-14-MeV neutrons have been measured for delay times ranging…”
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Self-adhesive resin cements - chemistry, properties and clinical considerations by FERRACANE, J. L., STANSBURY, J. W., BURKE, F. J. T.

“…Summary  Self‐adhesive resin cements were introduced to dentistry within the past decade but have gained rapidly in popularity with more than a dozen…”
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Gamma-ray multiplicity measurement of the spontaneous fission of 252Cf in a segmented HPGe/BGO detector array by Bleuel, D.L., Bernstein, L.A., Burke, J.T., Gibelin, J., Heffner, M.D., Mintz, J., Norman, E.B., Phair, L., Scielzo, N.D., Sheets, S.A., Snyderman, N.J., Stoyer, M.A., Wiedeking, M.

“…Coincident γ rays from a 252Cf source were measured using an array of six segmented high-purity germanium (HPGe) Clover detectors each enclosed by 16…”
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Exploring the spin states of 90 Zr populated by ( p , p’ ), ( p , d ), and ( p , t ) reactions by Ota, S., Burke, J.T., Casperson, R.J., Escher, J.E., Hughes, R.O., Ressler, J.J., Scielzo, N.D., Thompson, I.J., Austin, R.A.E., Abromeit, B., Foley, N.J., McCleskey, E., McCleskey, M., Park, H. I., Saastamoinen, A., Ross, T. J.

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87 Y(n,γ) and 89,90 Zr(n,γ) cross sections from a surrogate reaction approach by Ota, Shuya, Burke, J.T., Casperson, R.J., Escher, J.E., Hughes, R.O., Ressler, J.J., Scielzo, N.D., Thompson, I., Austin, R.A.E., McCleskey, E., McCleskey, M., Saastamoinen, A., Ross, T.

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Measurement of the γ emission probability of 173 Yb using surrogate reactions by Delaune, O., Blanc, A., Burke, J.T., Casperson, R., Chau Huu-Tai, P., McCleskey, E., McCleskey, M., Méot, V., Roig, O., Saastamoinen, A.

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The ( 3He, tf) as a surrogate reaction to determine ( n, f) cross sections in the 10–20 MeV energy range by Basunia, M.S., Clark, R.M., Goldblum, B.L., Bernstein, L.A., Phair, L., Burke, J.T., Beausang, C.W., Bleuel, D.L., Darakchieva, B., Dietrich, F.S., Evtimova, M., Fallon, P., Gibelin, J., Hatarik, R., Jewett, C.C., Lesher, S.R., McMahan, M.A., Rodriguez-Vieitez, E., Wiedeking, M.

“…The surrogate reaction 238U( 3He, tf) is used to determine the 237Np( n, f) cross section indirectly over an equivalent neutron energy range from 10 to 20 MeV…”
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The ultimate guide to restoration longevity in England and Wales. Part 4: resin composite restorations: time to next intervention and to extraction of the restored tooth by Burke, F. J. T., Lucarotti, P. S. K.

“…Key Points About 3.5 million restorations in resin composite were included, these being placed in class III, IV and V cavities. Kaplan-Meier Analysis indicated…”
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The ultimate guide to restoration longevity in England and Wales. Part 5: crowns: time to next intervention and to extraction of the restored tooth by Burke, F. J. T., Lucarotti, P. S. K.

“…Key Points Provides information on the survival of crowns in all teeth by analysis of the time to re-intervention on the crowns and time to extraction of the…”
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