Search Results - "Stoll, S. P."

RatCAP: miniaturized head-mounted PET for conscious rodent brain imaging by Vaska, P., Woody, C.L., Schlyer, D.J., Shokouhi, S., Stoll, S.P., Pratte, J.-F., O'Connor, P., Junnarkar, S.S., Rescia, S., Yu, B., Purschke, M., Kandasamy, A., Villanueva, A., Kriplani, A., Radeka, V., Volkow, N., Lecomte, R., Fontaine, R.

“…Anesthesia is currently required for positron emission tomography (PET) studies of the animal brain in order to eliminate motion artifacts. However, anesthesia…”
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A study on the properties of lead tungstate crystals by Zhu, R.Y., Ma, D.A., Newman, H.B., Woody, C.L., Kierstead, J.A., Stoll, S.P., Levy, P.W.

“…This report summarizes the results of a study on the properties of five large and five small size lead tungstate (PbWO 4) crystals. Data are presented on the…”
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Digital Coincidence Processing for the RatCAP Conscious Rat Brain PET Scanner by Park, S.-J., Southekal, S., Purschke, M., Junnarkar, S.S., Pratte, J.-F., Stoll, S.P., Woody, C.L., Schlyer, D.J., Vaska, P.

“…The RatCAP has been designed and constructed to image the awake rat brain. In order to maximize system performance, offline digital coincidence data processing…”
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A study on the radiation hardness of lead tungstate crystals by Zhu, R.Y., Deng, Q., Newman, H., Woody, C.L., Kierstead, J.A., Stoll, S.P.

“…This report presents recent progress of a study on the radiation damage in lead tungstate (PbWO/sub 4/) crystals. The dose rate dependence of radiation damage…”
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A study of scintillation beta microprobes by Woody, C.L., Stoll, S.P., Schlyer, D.J., Gerasimov, M., Vaska, P., Shokouhi, S., Volkow, N., Fowler, J.S., Dewey, S.L.

“…Several types of scintillation microprobes have recently been developed to directly measure positron activity from radiotracers in live animals. These probes…”
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A study of the optical and radiation damage properties of lead tungstate crystals by Woody, C.L., Kierstead, J.A., Stoll, S.P., Zhu, R.Y., Ma, D.A., Newman, H.B.

“…A study has been made of the optical and radiation damage properties of undoped and niobium doped lead tungstate crystals. Data were obtained on the optical…”
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Readout of undoped CsI and CeF3 crystals using scintillating fibers and bars by WOODY, C. L, STOLL, S. P, FRANK, J. S

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Radiation damage in undoped and barium doped cerium fluoride by Woody, C.L., Kierstead, J.A., Levy, P.W., Stoll, S.P.

“…Radiation damage has been measured in undoped and barium doped cerium fluoride using /sup 60/Co gamma rays. The effects of damage are mainly seen as the…”
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Effects of intercrystal crosstalk on multielement LSO/APD PET detectors by Vaska, P., Stoll, S.P., Woody, C.L., Schlyer, D.J., Shokouhi, S.

“…One of the most promising high resolution positron emission tomography detector designs comprises an array of small, optically isolated scintillator crystals…”
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System performance Simulations of the RatCAP awake rat brain scanner by Shokouhi, S., Vaska, P., Schlyer, D.J., Stoll, S.P., Villanueva, A., Kriplani, A., Woody, C.L.

“…The capability to create high quality images from data acquired by the Rat Conscious Animal PET tomograph (RatCAP) has been evaluated using modified versions…”
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A noninvasive LSO-APD blood radioactivity monitor for PET imaging studies by Shokouhi, S., Stoll, S.P., Villanueva, A., Vaska, P., Schlyer, D.J., Woody, C.L., Bo Yu, O'Connor, P., Pratte, J.-F., Radeka, V., Volkow, N., Fowler, J.S.

“…A study has been carried out to investigate the possibility of using a pair of LSO + APD detector arrays to obtain a noninvasive measurement of the arterial…”
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Test of a GEM detector in the PHENIX experiment at RHIC by Azmoun, B., Smirnov, N., Stoll, S.P., Woody, C.L.

“…GEM detectors can serve as high precision tracking detectors in a variety of high energy and nuclear physics experiments. However, relativistic heavy ion…”
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PDAQ - a fast data acquisition system for the RatCAP tomograph by Purschke, M.L., Kandasamy, A., O'Connor, P., Pratte, J.-F., Schlyer, D., Stoll, S.P., Vaska, P., Villanueva, A., Woodby, C.L., Junnakar, S., Krishnamoorthy, S., Shokouhi, S.

“…We describe a custom data acquisition system for the RatCAP tomograph. It is a small, head-mounted PET detector designed to image the brain of an awake rat. At…”
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Feasibility studies for extracting an Input Function for Quantitative Positron Emission Tomography using a Wrist Scanner by Kriplani, A., Schlyer, D.J., Vaska, P., Southekal, S., Park, S.J., Woody, C.L., Stoll, S.P., Junnarkar, S., Pratte, J.F.

“…Tracer kinetic modeling techniques for quantitative Positron emission tomography (PET) require an accurately measured radiotracer concentration in arterial…”
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Results from prototype II of the BNL simultaneous PET-MRI dedicated breast scanner by Ravindranath, B., Junnarkar, S.S., Purschke, M.L., Maramraju, S.H., Hong, X., Tomasi, D., Bennett, D., Cheng, K., Southekal, S.S., Stoll, S.P., Pratte, J.-F., Vaska, P., Woody, C.L., Schlyer, D.J.

“…At Brookhaven National Laboratory, we are developing a simultaneous PET-MRI breast imaging system. A prototype II version of the PET system has been…”
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Multiplicity dependent $J/\psi$ and $\psi(2S)$ production at forward and backward rapidity in $p$$+$$p$ collisions at $\sqrt{s}=200$ GeV by PHENIX Collaboration, Abdulameer, N. J, Antsupov, S, Apadula, N, Asano, H, Barish, K. N, Bathe, S, Berdnikov, A, Berdnikov, Y, Borisov, V, Brooks, M. L, Bumazhnov, V, Campbell, S, Chen, D, Connors, M, Csörgő, T, Danley, T. W, Daugherity, M. S, Denisov, A, Doomra, V, Do, J. H, Esha, R, Fan, W, Fields, D. E, Fitzgerald, D, Fokin, S. L, Fukuda, Y, Ge, H, Goto, Y, Perdekamp, M. Grosse, Gunji, T, He, X, Hollis, R. S, Hotvedt, N, Huang, J, Inaba, M, Iordanova, A, Ivanishchev, D, Jezghani, M, Jiang, X, Ji, Z, Jumper, D. S, Kazantsev, A. V, Kincses, D, Kistenev, E, Klatsky, J, Kline, P, Kwon, Y, Leung, Y. H, Liu, M. X, Loggins, V. -R, Lovasz, K, Majoros, T, Makek, M, Manko, V. I, McCumber, M, McGlinchey, D, Mendoza, M, Mishra, D. K, Moon, T, Mulilo, B, Nagai, K, Nagashima, K, Nagy, M. I, O'Brien, E, Ottino, G. J, Pantuev, V, Pinkenburg, C, Read, K. F, Rosati, M, Sakaguchi, T, Samsonov, V, Sarsour, M, Sato, S, Seidl, R, Sexton, A, Sharma, D, Shigaki, K, Shioya, T, Sickles, A, Silva, C. L, Silvermyr, D, Singh, B. K, Singh, C. P, Slunečka, M, Soltz, R. A, Sourikova, I. V, Stankus, P. W, Stoll, S. P, Sumita, T, Sun, J, Sun, Z, Sziklai, J, Todoroki, T, Ujvari, B, Wang, X. R, Woody, C. L, Yushmanov, I. E, Yu, H, Zajc, W. A

“…The $J/\psi$ and $\psi(2S)$ charmonium states, composed of $c\bar{c}$ quark pairs and known since the 1970s, are widely believed to serve as ideal probes to…”
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Readout technologies for the BNL-UPenn MRI-compatible PET scanner for rodents by Purschke, M. L., Budassi, M., Cao, T., Fried, J., Gualtieri, E., Junnarkar, S. S., Karp, J. S., Maramraju, S.-H, O'Connor, P., Pratte, J.-F, Ravindranath, B., Schlyer, D., Stoll, S. P., Vaska, P., Woody, C.

“…We describe the prototype of a full-body PET scanner for rats that is compatible with a 9.4 T MRI system. The detector consists of 96 PET detector blocks in a…”
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A simultaneous PET/MRI breast scanner based on the RatCAP by Ravindranath, B., Maramraju, S. H., Junnarkar, S. S., Southekal, S. S., Stoll, S. P., Pratte, J.-F., Purschke, M. L., Hong, X., Bennett, D., Cheng, K., Tomasi, D., Smith, D. S., Krishnamoorthy, S., Vaska, P., Woody, C. L., Schlyer, D. J.

“…We propose to develop a high resolution scanner for simultaneous PET and MRI breast imaging that is capable of providing highly sensitive and specific breast…”
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Disentangling centrality bias and final-state effects in the production of high-$p_T$ $\pi^0$ using direct $\gamma$ in $d$$+$Au collisions at $\sqrt{s_{_{NN}}}=200$ GeV by Acharya, U, Babintsev, V, Barish, K. N, Bathe, S, Berdnikov, A, Berdnikov, Y, Blau, D. S, Borisov, V, Brooks, M. L, Roman, V. Canoa, Connors, M, Csanád, M, David, G, DeBlasio, K, Deshpande, A, Drees, A, Durum, A, Fadem, B, Fan, W, Finger,Jr, M, Finger, M, Firak, D, Gal, C, Garg, P, Ge, H, Grau, N, Haggerty, J. S, Hahn, K. I, Han, S. Y, Hasegawa, S, Haseler, T. O. S, Hong, B, Isenhower, D, Ito, Y, Jorjadze, V, Jouan, D, Kim, D. J, Kim, M. H, Kingan, A, Koblesky, T, Kovacs, L, Kurita, K, Lallow, E. O, Lee, S. H, Lewis, N. A, Manko, V. I, Mannel, E, Mignerey, A. C, Milov, A, Mitchell, J. T, Mitrankov, Iu, Mondal, M. M, Moon, T, Morrow, S. I, Muhammad, A, Murakami, T, Murata, J, Nagashima, K, Nakagawa, I, Nakano, K, Nattrass, C, Nouicer, R, Novotny, R, Nyanin, A. S, O'Brien, E, Oh, J, Orosz, M, Osborn, J. D, Oskarsson, A, Park, J. S, Patel, M, Peng, W, Perepelitsa, D. V, Perera, G. D. N, PerezLara, C. E, Petti, R, Phipps, M, Potekhin, M, Rowan, Z, Samsonov, V, Shein, I, Shibata, M, Shibata, T. -A, Silva, C. L, Silvermyr, D, Slunečka, M, Smith, K. L, Syed, S, Tanida, K, Tannenbaum, M. J, Tarnai, G, Tomášek, M, Towell, R. S, Ueda, Y, Vazquez-Carson, S, Velkovska, J, Xu, C, Yamaguchi, Y. L, Yushmanov, I. E, Zajc, W. A

“…PHENIX presents a simultaneous measurement of the production of direct $\gamma$ and $\pi^0$ in $d$$+$Au collisions at $\sqrt{s_{_{NN}}}=200$ GeV over a $p_T$…”
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Transverse single-spin asymmetry of charged hadrons at forward and backward rapidity in polarized $p$+$p$, $p$+Al, and $p$+Au collisions at $\sqrt{s_{NN}}=200$ GeV by Acharya, U, Andrieux, V, Azmoun, B, Babintsev, V, Bazilevsky, A, Beaumier, M, Bok, J. S, Bryslawskyj, J, Roman, V. Canoa, Cervantes, R, Connors, M, David, G, DeBlasio, K, Denisov, A, Dion, A, Do, J. H, Durham, J. M, Durum, A, Fadem, B, Fan, W, Fields, D. E, Finger,Jr, M, Firak, D, Fokin, S. L, Franz, A, Frawley, A. D, Goto, Y, Perdekamp, M. Grosse, Gunji, T, Hamagaki, H, Hamilton, H. F, Hanks, J, Harvey, M, He, X, Hollis, R. S, Hotvedt, N, Huang, J, Inaba, M, Iordanova, A, Ivanishchev, D, Jacak, B. V, Jiang, X, Ji, Z, Jumper, D. S, Kazantsev, A. V, Kim, C, Kim, E. -J, Kingan, A, Kotov, D, Kudo, S, Lajoie, J. G, Leung, Y. H, Lökös, S, Majoros, T, Makek, M, Mannel, E, McCumber, M, Mignerey, A. C, Mishra, D. K, Mitrankov, Iu, Mizuno, S, Mondal, M. M, Moon, T, Morrison, D. P, Muhammad, A, Murakami, T, Nagashima, T, Nakano, K, Nattrass, C, Nouicer, R, Nyanin, A. S, O'Brien, E, Ottino, G. J, Ozawa, K, Pantuev, V, Peressounko, D. Yu, Pun, A, Richford, D, Runchey, J, Samsonov, V, Schmoll, B. K, Sedgwick, K, Seto, R, Shibata, M, Shimomura, M, Sickles, A, Singh, C. P, Soltz, R. A, Stoll, S. P, Sun, J, Takahama, R, Tanida, K, Tannenbaum, M. J, Taranenko, A, Tarnai, G, van Hecke, H. W, Yoo, J. H, Yushmanov, I. E, Yu, H, Zelenski, A

“…Phys. Rev. D 108, 072016 (2023) Reported here are transverse single-spin asymmetries ($A_{N}$) in the production of charged hadrons as a function of transverse…”
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