Constraining the 19Ne(p,γ)20Na Reaction Rate Using a Direct Measurement at DRAGON

Autor: Wilkinson R., Lotay G., Lennarz A., Ruiz C., Christian G., Akers C., Catford W. N., Chen A. A., Connolly D., Davids B., Hutcheon D. A., Jedrejcic D., Laird A. M., Martin L., McNeice E., Riley J., Williams M.

Publikováno v: EPJ Web of Conferences, Vol 165, p 01054 (2017)

A direct measurement of the 19Ne(p, γ)20 Na reaction has been performed in inverse kinematics at the DRAGON recoil separator, at an energy ∼ 10 keV higher than previous measurements. The key resonance in the 19 Ne + p system relevant for ONe novae

Externí odkaz: https://doaj.org/article/73c29b04d4af4a008f199f0cf4b35b5b

Isobaric multiplet mass equation in the $A=31$ $T = 3/2$ quartets

Autor: Bennett, M. B., Wrede, C., Brown, B. A., Liddick, S. N., Pérez-Loureiro, D., Bardayan, D. W., Chen, A. A., Chipps, K. A., Fry, C., Glassman, B. E., Langer, C., Larson, N. R., McNeice, E. I., Meisel, Z., Ong, W., O'Malley, P. D., Pain, S. D., Prokop, C. J., Schwartz, S. B., Suchyta, S., Thompson, P., Walters, M., Xu, X.

Publikováno v: Phys. Rev. C 93, 064310 (2016)

The observed mass excesses of analog nuclear states with the same mass number $A$ and isospin $T$ can be used to test the isobaric multiplet mass equation (IMME), which has, in most cases, been validated to a high degree of precision. A recent measur

Externí odkaz: http://arxiv.org/abs/1607.00690

Isospin Mixing Reveals $^{30}$P($p,\gamma$)$^{31}$S Resonance Influencing Nova Nucleosynthesis

Autor: Bennett, M. B., Wrede, C., Brown, B. A., Liddick, S. N., Pérez-Loureiro, D., Bardayan, D. W., Chen, A. A., Chipps, K. A., Fry, C., Glassman, B. E., Langer, C., Larson, N. R., McNeice, E. I., Meisel, Z., Ong, W., O'Malley, P., Pain, S. D., Prokop, C., Schatz, H., Schwartz, S. B., Suchyta, S., Thompson, P., Walters, M., Xu, X.

Publikováno v: Phys. Rev. Lett. 116, 102502 (2016)

The thermonuclear $^{30}$P($p,\gamma$)$^{31}$S reaction rate is critical for modeling the final elemental and isotopic abundances of ONe nova nucleosynthesis, which affect the calibration of proposed nova thermometers and the identification of presol

Externí odkaz: http://arxiv.org/abs/1603.02627

Classical-Nova Contribution to the Milky Way's $^{26}$Al Abundance: Exit Channel of the Key $^{25}$Al($p,\gamma$)$^{26}$Si Resonance

Autor: Bennett, M. B., Wrede, C., Chipps, K. A., José, J., Liddick, S. N., Santia, M., Bowe, A., Chen, A. A., Cooper, N., Irvine, D., McNeice, E., Montes, F., Naqvi, F., Ortez, R., Pain, S. D., Pereira, J., Prokop, C., Quaglia, J., Quinn, S. J., Schwartz, S. B., Shanab, S., Simon, A., Spyrou, A., Thiagalingam, E.

Publikováno v: Physical Review Letters 111, 232503 (2013)

Classical novae are expected to contribute to the 1809-keV Galactic $\gamma$-ray emission by producing its precursor $^{26}$Al, but the yield depends on the thermonuclear rate of the unmeasured $^{25}$Al($p,\gamma$)$^{26}$Si reaction. Using the $\bet

Externí odkaz: http://arxiv.org/abs/1312.3668

Household, community, sub-national and country-level predictors of primary cooking fuel switching in nine countries from the PURE study

Autor: Shupler, Matthew, Hystad, Perry, Gustafson, Paul, Rangarajan, Sumathy, Mushtaha, Maha, Jayachtria, KG, Mony, Prem K, Mohan, Deepa, Kumar, Parthiban, Lakshmi, PVM, Sagar, Vivek, Gupta, Rajeev, Mohan, Indu, Nair, Sanjeev, Varma, Ravi Prasad, Li, Wei, Hu, Bo, You, Kai, Ncube, Tatenda, Ncube, Brian, Chifamba, Jephat, West, Nicola, Yeates, Karen, Iqbal, Romaina, Khawaja, Rehman, Yusuf, Rita, Khan, Afreen, Seron, Pamela, Lanas, Fernando, Lopez-Jaramillo, Patricio, Camacho, Paul A, Puoane, Thandi, Yusuf, Salim, Brauer, Michael, Yusuf, S, Rangarajan, S, Teo, KK, Anand, SS, Chow, CK, O'Donnell, M, Mente, A, Leong, D, Smyth, A, Joseph, P, Duong, M, Kurmi, O, D'Souza, R, Walli-Attaei, M, Balaji, B, Naito, R, Islam, S, Hu, W, Ramasundarahettige, C, Sheridan, P, Bangdiwala, S, Dyal, L, Casanova, A, Dehghan, M, Lewis, G, Agapay, D, Aliberti, A, Aoucheva, N, Arshad, A, Reyes, A, Bideri, B, Buthool, R, Chin, S, Di Marino, M, Frances, R, Gopal, S, Jakymyshn, M, Kandy, N, Kay, I, Lindeman, J, McAlpine, G, McNeice, E, Mushtaha, M, Patel, R, Pattath, D, Ramacham, S, Ramezani, E, Rimac, J, Shifaly, F, Swallow, J, Trottier, M, Trottier, S, Solano, R, Zaki, A, Zhang, B, Zhang, V, Rahman, O, Yusuf, R, Ahmed, SAKS, Choudhury, T, Sintaha, M, Khan, A, Alam, O, Nayeem, N, Mitra, SN, Pasha, F, Lanas, F, Seron, P, Oliveros, MJ, Cazor, F, Palacios, Y, Wei, Li, Lisheng, Liu, Jian, Bo, Bo, Hu, Lu, Yin, Wenhua, Zhao, Hongye, Zhang, Xuan, Jia, Yi, Sun, Xingyu, Wang, Xiuwen, Zhao, Xinye, He, Tao, Chen, Hui, Chen, Xiaohong, Chang, Qing, Deng, Xiaoru, Cheng, Liya, Xie, Zhiguang, Liu, Juan, Li, Jian, Li, Xu, Liu, Bing, Ren, Wei, Wang, Yang, Wang, Jun, Yang, Yi, Zhai, Manlu, Zhu, Fanghong, Lu, Jianfang, Wu, Yindong, Li, Yan, Hou, Liangqing, Zhang, Baoxia, Guo, Xiaoyang, Liao, Shiying, Zhang, BianRongwen, Xiuzhen, Tian, Dong, Li, Di, Chen, Jianguo, Wu, Yize, Xiao, Tianlu, Liu, Peng, Zhang, Changlin, Dong, Ning, Li, Xiaolan, Ma, Yuqing, Yang, Rensheng, Lei, Minfan, Fu, Jing, He, Yu, Liu, Xiaojie, Xing, Qiang, Zhou, Lopez-Jaramillo, P, Camacho-Lopez, PA, Otero-Wandurraga, J, Molina, DI, Cure-Cure, C, Perez, M, Hernandez, E, Arcos, E, Narvaez, C, Sotomayor, A, Garcia, H, Sanchez, G, Cotes, F, Rico, A, Duran, M, Torres, C, Mony, P, Vaz, M, Swaminathan, S, Shankar, K, Kurpad, AV, Jayachitra, KG, Kumar, N, Hospital, HAL, Mohan, V, Deepa, M, Parthiban, K, Anitha, M, Hemavathy, S, Rahulashankiruthiyayan, T, Anitha, D, Anjana, RM, Dhanasekar, R, Sureshkumar, S, Sridevi, K, Gupta, R, Panwar, RB, Mohan, I, Rastogi, P, Rastogi, S, Bhargava, R, Kumar, R, Thakur, JS, Patro, B, Mahajan, R, Chaudary, P, Kutty, V Raman, Vijayakumar, K, Ajayan, K, Rajasree, G, Renjini, AR, Deepu, A, Sandhya, B, Asha, S, Soumya, HS, Kaur, M, Sagar, V, Iqbal, R, Khawaja, R, Azam, I, Kazmi, K, Kruger, L, Kruger, A, Bestra, P, Voster, HH, Schutte, AE, Wentzel-Viljoen, E, Eloff, FC, de Ridder, H, Moss, H, Potgieter, J, Roux, AA, Watson, M, de Wet, G, Olckers, A, Jerling, JC, Pieters, M, Hoekstra, T, Puoane, T, Swart, R, Igumbor, E, Tsolekile, L, Ndayi, K, Sanders, D, Naidoo, P, Steyn, N, Peer, N, Mayosi, B, Rayner, B, Lambert, V, Levitt, N, Kolbe-Alexander, T, Ntyintyane, L, Hughes, G, Fourie, J, Muzigaba, M, Xapa, S, Gobile, N, Jwili, B, Ndibaza, K, Egbujie, B, Yeates, K, Oresto, M, West, N, Chifamba, J, Ncube, T, Ncube, B, Chimhete, C, Neya, GK, Manenji, T, Gwaunza, L, Mapara, V, Terera, G, Mahachi, C, Murambiwa, P, Mapanga, R, Chinhara, A, Epidemiolo, Prospective Urban Rural

Publikováno v: Repositorio Universidad de Santander
Universidad de Santander
instacron:Universidad de Santander
Environ Res Lett
ENVIRONMENTAL RESEARCH LETTERS

Digital
Introduction. Switching from polluting (e.g. wood, crop waste, coal) to clean (e.g. gas, electricity) cooking fuels can reduce household air pollution exposures and climate-forcing emissions. While studies have evaluated specific interve

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::e676720b35f04b726a45617e4b3fcae4
https://repositorio.udes.edu.co/handle/001/5709