Search Results - "Derkin, J."

Neutron-upscattering enhancement of the triple-alpha process by Bishop, J., Parker, C. E., Rogachev, G. V., Ahn, S., Koshchiy, E., Brandenburg, K., Brune, C. R., Charity, R. J., Derkin, J., Dronchi, N., Hamad, G., Jones-Alberty, Y., Kokalova, Tz, Massey, T. N., Meisel, Z., Ohstrom, E. V., Paneru, S. N., Pollacco, E. C., Saxena, M., Singh, N., Smith, R., Sobotka, L. G., Soltesz, D., Subedi, S. K., Voinov, A. V., Warren, J., Wheldon, C.

“…The neutron inelastic scattering of carbon-12, populating the Hoyle state, is a reaction of interest for the triple-alpha process. The inverse process (neutron…”
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57Zn β-delayed proton emission establishes the 56Ni rp-process waiting point bypass by Saxena, M., -J Ong, W., Meisel, Z., Hoff, D.E.M., Smirnova, N., Bender, P.C., Burcher, S.P., Carpenter, M.P., Carroll, J.J., Chester, A., Chiara, C.J., Conaway, R., Copp, P.A., Crider, B.P., Derkin, J., Estradé, A., Hamad, G., Harke, J.T., Jain, R., Jayatissa, H., Liddick, S.N., Longfellow, B., Mogannam, M., Montes, F., Nepal, N., Ogunbeku, T.H., Richard, A.L., Schatz, H., Soltesz, D., Subedi, S.K., Sultana, I., Tamashiro, A.S., Tripathi, V., Xiao, Y., Zink, R.

“…•In our letter, we address the dominant uncertainty regarding the extent of the rp-process flow bypass around Ni56 waiting point for astrophysical conditions…”
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Characterization and description of a spectrum unfolding method for the $\mathrm{CATRiNA}$ neutron detector array by Morelock, A. B., Perello, J. F., Almaraz-Calderon, S., Asher, B. W., Brandenburg, K., Derkin, J., Hamad, G., Jones-Alberty, Y., Saavedra, E. Lopez, Massey, T., Meisel, Z., Singh, N., Soltesz, D., Subedi, S. K., Voinov, A., Warren, J.

“…We report the CATRiNA deuterated neutron detector array at Florida State University consists of 16 2" x 2" and 16 $" x 2" EJ-315 detectors with characteristic…”
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Measurement of the C 13 ( α , n 0 ) O 16 Differential Cross Section from 0.8 to 6.5 MeV by deBoer, R. J., Febbraro, M., Bardayan, D. W., Boomershine, C., Brandenburg, K., Brune, C., Coil, S., Couder, M., Derkin, J., Dede, S., Fang, R., Fritsch, A., Gula, A., Gyürky, Gy, Hackett, B., Hamad, G., Jones-Alberty, Y., Kelmar, R., Manukyan, K., Matney, M., McDonaugh, J., Meisel, Z., Moylan, S., Nattress, J., Odell, D., O’Malley, P., Paris, M. W., Robertson, D., Shahina, Singh, N., Smith, K., Smith, M. S., Stech, E., Tan, W., Wiescher, M.

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Measurement of the 13C(α, n0)16O Differential Cross Section from 0.8 to 6.5 MeV by deBoer, Richard J. C., Febbraro, Michael T., Bardayan, D. W., Boomershine, C., Brandenburg, K., Brune, C., Coil, S., Couder, M., Derkin, J., Dede, S., Fang, R., Fritsch, A., Gula, A., Gyürky, Gy, Hackett, B., Hamad, G., Jones-Alberty, Y., Kelmar, R., Manukyan, K., Matney, M., McDonaugh, J., Meisel, Z., Moylan, S., Nattress, Jason, Odell, D., O’Malley, P., Paris, M. W., Robertson, D., Shahina, Shahina, Singh, N., Smith, K., Smith, M. S., Stech, E., Tan, W., Wiescher, M.

“…The cross section of the 13C(α, n0)16O reaction is needed for nuclear astrophysics and applications to a precision of 10% or better, yet inconsistencies among…”
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Characterization and description of a spectrum unfolding method for the CATRiNA neutron detector array by Morelock, A.B., Perello, J.F., Almaraz-Calderon, S., Asher, B.W., Brandenburg, K., Derkin, J., Hamad, G., Jones-Alberty, Y., Saavedra, E. Lopez, Massey, T., Meisel, Z., Singh, N., Soltesz, D., Subedi, S.K., Voinov, A., Warren, J.

“…The CATRiNA deuterated neutron detector array at Florida State University consists of 16 2″×2″ and 16 4″×2″ EJ-315 detectors with characteristic light output…”
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Neutron-upscattering enhancement of the triple-alpha process by Bishop, J., Parker, C. E., Rogachev, G. V., Ahn, S., Koshchiy, E., Brandenburg, K., Brune, C. R., Charity, R. J., Derkin, J., Dronchi, N., Hamad, G., Jones-Alberty, Y., Kokalova, Tz, Massey, T. N., Meisel, Z., Ohstrom, E. V., Paneru, S. N., Pollacco, E. C., Saxena, M., Singh, N., Smith, R., Sobotka, L. G., Soltesz, D., Subedi, S. K., Voinov, A. V., Warren, J., Wheldon, C.

“…Abstract The neutron inelastic scattering of carbon-12, populating the Hoyle state, is a reaction of interest for the triple-alpha process. The inverse process…”
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Neutron detection efficiency of the Neutron dEtector with Xn Tracking (NEXT) by Neupane, S., Heideman, J., Grzywacz, R., Hooker, J., Jones, K.L., Kitamura, N., Thornsberry, C.R., Heilbronn, L.H., Rajabali, M.M., Alberty-Jones, Y., Derkin, J., Massey, T.N., Soltesz, D.

“…An efficient neutron detection system with good energy resolution is required to correctly characterize decays of neutron-rich nuclei where β-delayed neutron…”
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Measurement of the ^{13}C(α, n_{0})^{16}O Differential Cross Section from 0.8 to 6.5 MeV by deBoer, R J, Febbraro, M, Bardayan, D W, Boomershine, C, Brandenburg, K, Brune, C, Coil, S, Couder, M, Derkin, J, Dede, S, Fang, R, Fritsch, A, Gula, A, Gyürky, Gy, Hackett, B, Hamad, G, Jones-Alberty, Y, Kelmar, R, Manukyan, K, Matney, M, McDonaugh, J, Meisel, Z, Moylan, S, Nattress, J, Odell, D, O'Malley, P, Paris, M W, Robertson, D, Shahina, Singh, N, Smith, K, Smith, M S, Stech, E, Tan, W, Wiescher, M

“…The cross section of the ^{13}C(α,n)^{16}O reaction is needed for nuclear astrophysics and applications to a precision of 10% or better, yet inconsistencies…”
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Measurements of the $^{27}{\rm Al}(\alpha,n)$ Thick Target Yield Near Threshold by Brandenburg, K, Hamad, G, Meisel, Z, Brune, C. R, Carter, D. E, Derkin, J, Ingram, D. C, Jones-Alberty, Y, Kenady, B, Massey, T. N, Saxena, M, Soltesz, D, Subedi, S. K, Warren, J

“…We present results from direct measurements of the $^{27}{\rm Al}(\alpha,n)$ thick target yield from laboratory incident energies $E_{\alpha}\approx$…”
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The $^{3}$He BF$_{3}$ Giant Barrel (HeBGB) Neutron Detector by Brandenburg, K, Hamad, G, Meisel, Z, Brune, C. R, Carter, D. E, Danley, T, Derkin, J, Jones-Alberty, Y, Kenady, B, Massey, T. N, Paneru, S, Saxena, M, Soltesz, D, Subedi, S. K, Warren, J

“…$(\alpha,n)$ reactions play an important role in nuclear astrophysics and applications and are an important background source in neutrino and dark matter…”
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Neutron detection efficiency of the Neutron dEtector with Xn Tracking (NEXT) by Neupane, S, Heideman, J, Grzywacz, R, Hooker, J, Jones, K. L, Kitamura, N, Thornsberry, C. R, Heilbronn, L. H, Rajabali, M. M, Alberty-Jones, Y, Derkin, J, Massey, T, Soltesz, D

“…An efficient neutron detection system with good energy resolution is required to correctly characterize decays of neutron-rich nuclei where $\beta-$delayed…”
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{57}$Zn $\beta$-delayed proton emission establishes the $^{56}$Ni $rp$-process waiting point bypass by Saxena, M, Ong, W. -J, Meisel, Z, Hoff, D. E. M, Smirnova, N, Bender, P. C, Burcher, S. P, Carpenter, M. P, Carroll, J. J, Chester, A, Chiara, C. J, Conaway, R, Copp, P. A, Crider, B. P, Derkin, J, Estrade, A, Hamad, G, Harke, J. T, Jain, R, Jayatissa, H, Liddick, S. N, Longfellow, B, Mogannam, M, Montes, F, Nepal, N, Ogunbeku, T. H, Richard, A. L, Schatz, H, Soltesz, D, Subedi, S. K, Sultana, I, Tamashiro, A. S, Tripathi, V, Xiaog, Y, Zink, R

“…We measured the $^{57}$Zn $\beta$-delayed proton ($\beta$p) and $\gamma$ emission at the National Superconducting Cyclotron Laboratory. We find a $^{57}$Zn…”
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