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High-Mass X-ray Binaries
, 2023 Invited chapter for Handbook of X-ray and Gamma-ray Astrophysics, 44 pages of text, 11 pages of references, 18 figures, 1 ...Fornasini, Francesca M., Antoniou, Vallia, Dubus, Guillaume +2 moreopenaire +2 more sourcesCreating Ti–Fe α/β Alloys by Diffusion‐Driven Solid‐State Processing
Advanced Engineering Materials, EarlyView.This study proposes making alloys containing fast diffusing elements that are difficult to produce by ingot metallurgy, by diffusion‐driven solid‐state HIP processing of elemental powders and low‐temperature homogenisation. Here, novel Fe‐Ti α–β alloys are formed having fine α–β lamellae, a small β prior grain size without significant intermetallics ...Jiaqi Xu, Xun Zhang, Jack M. Donoghue, Albert D. Smith, Rahul Unnikrishnan, Rhys Thomas, Vahid Nekouie, Jie Luo, Dongchen Hu, Michael Preuss, Philip J. Withers +10 morewiley +1 more sourceHigh inclination X-ray and cataclysmic binaries
, 1987 An introduction is given to the fields of X-ray and cataclysmic binaries, low mass X-ray binaries (LMXBs) and globular clusters. New observations of the W Vir star AC5 (=V86) are used show that it is probably the source of Hα emission previous authors ...Naylor, T., Naylor, Timothy, Naylor, Tcore +1 more sourceThe COS-B X-ray observations of X-ray binaries [PDF]
Space Science Reviews, 1992 The observational information on X-ray binaries that was collected with the 80 cm2 auxiliary X-ray detector onboard the COS-B gamma-ray satellite is reviewed. The results illustrate that in the study of X-ray binaries observations of long duration are extremely effective, even when using a small instrument.openaire +2 more sourcesSearching for time-dependent high-energy neutrino emission from X-ray binaries with IceCube
, 2023 X-ray binaries are long-standing source candidates of Galactic cosmic rays and neutrinos. The compact object in a binary system can be the site for cosmic-ray acceleration, while high-energy neutrinos can be produced by the interactions of cosmic rays in Scharf, Maximilian Karl, Desiati, Paolo, Ha Minh, Martin, Kozynets, Tetiana, Schneider, Austin, Haungs, Andreas, Nisa, Mehr, Raab, Christoph, Borowka, Jurgen, Braun, J., Stanev, T., Medina, Andres, Larson, Michael J., Weiss, Matthew, Ashida, Yosuke, Cross, R., Ishihara, Aya, Dembinski, Hans, Hauser, Simon, Stuttard, Thomas, Luszczak, William, Bindig, Daniel, Peterson, Josh, Hoinka, Tobias, Pizzuto, A., Bourbeau, Etienne, Griswold, Spencer, Balagopal V., Aswathi, Jeong, Minjin, Abbasi, Rasha, Alispach, Cyril Martin, Ackermann, Markus, Ghadimi, Ava, Schmidt, Torsten, Twagirayezu, Jean Pierre, Hignight, Joshua, Wiebusch, C. H., Hanson, Kael, Hebecker, Dustin, Schwefer, Georg, Fischer, Leander, Mead, James Vincent, Alves Junior, Antonio Augusto, Sharma, Ankur, Hickford, Stephanie, Sturwald, Timo, Grégoire, Timothée, Burgman, Alexander, Raissi, Amirreza, Hallgren, Allan, Lagunas Gualda, Cristina, Steuer, A., Wendt, Chris, Popovych, Yuiry, Zhang, Zelong, Dharani, Sukeerthi, Goldschmidt, A., Nguyen, Le Viet, Chen, Chujie, Dappen, Christian, Li, Yijia, Stettner, Joeran, Eller, Philipp, Gunduz, Mehmet, Przybylski, Gerald, Naab, Richard, Glaser, Christian, Baur, Sebastian, Schaufel, Merlin, Wrede, Gerrit, Hokanson-Fasig, Benjamin, Botner, Olga, Bottcher, Jakob, Stezelberger, T., Ganster, Erik, Reichherzer, Patrick, Furst, Philipp, Lee, Jiwoong, Mase, K., Hettinger, Emma C., Seunarine, Surujhdeo, Boser, S., Harnisch, Alexander A., Becker, K.-H., Sclafani, Steve, Bernardini, Elisa, Koundal, Paras, Basu, Vedant, Hill, Colton, Diaz, Alejandro, Schindler, Sebastian, Micallef, Jessie, Mockler, Daniela, Weaver, Chris, Coleman, Alan, McNally, Frank, Moulai, Marjon, Nygren, Dave, Pieloth, Damian, Liu, Qinrui, Filimonov, Kirill, Kellermann, Moritz, Schlunder, P., Halve, L., In, Seongjin, De With, Meike, Ahlers, M., Klein, Spencer, Tilav, S., Plum, M., Richman, Mike, Nagai, Ryo, Woschnagg, Kurt, Günther, Christoph, McElroy, Thomas, Sullivan, G. 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R., Soldin, Dennis, Hardin, John, Yu, Shiqi, Paudel, Ek Narayan, Choi, Koun, Spiczak, Glenn, Pankova, Daria, Burley, Ryan, Pandya, Hershal, Pittermann, Martin, Spiering, Christian, Bron, Stephanie, Valtonen-Mattila, Nora, Santen, Jakob Van, Kolanoski, Hermann, Lu, Lu, IceCube Collaboration, Verpoest, Stef, Soedingrekso, Jan, Kang, Donghwa, Sandroos, Joakim, Stamatikos, Michael, Gerhardt, L., Nowicki, Sarah, Henningsen, Felix, Williams, Dawn, Kopper, Claudio, Hoffman, Kara, Huber, Matthias, Weyrauch, Mark, Campana, Michael, Lohfink, Elisa, Huang, Feifei, Leonard, Kayla, Paul, Larissa, Friedman, Elizabeth, Katz, U., Lauber, Frederik Hermann, Jansson, Matti, Park, Nahee, Glusenkamp, Thorsten, Seckel, D., Amin, Najia Moureen Binte, Erpenbeck, Hannah, Ludwig, Andrew, Niederhausen, Hans, Turcati, Andrea, Aguilar, Juanan, Halzen, F., Vandenbroucke, Justin, Hoshina, K., Kurahashi, Naoko, Moore, Roger, Helbing, K., Adams, Jenni, Tomankova, Lenka, Tollefson, Kirsten, Engel, Ralph, Pries, Brandom, Bay, R. C., Maris, Ioana Codrina, Ryckbosch, Dirk, Ty, Bunheng, Karl, Martina, Kheirandish, Ali, Conrad, J. M., Hill, G. C., Naumann, Uwe, Fritz, Alexander, Lucarelli, Francesco, Clark, Kenneth, Leszczyńska, Agnieszka, Snihur, Robert, Satalecka, Konstancja, Kontrimas, Tomas, Wulff, Johan, Madsen, James, Berley, D., Santander, Marcos, Sarkar, Subir, Rameez, Mohamed, Clark, Brian, Grant, Darren, Deoskar, Kunal, Boddenberg, Matthias, Collin, Gabriel, Kelley, J. L., Weindl, Andreas, Browne, Sally-Ann, Garcia, Alfonso, Kiryluk, Joanna, Ruhe, Tim, Ehrhardt, Thomas, Xu, Yiqian, Cowen, D. F., Franckowiak, Anna, Shefali, Shefali, Lazar, Jeffrey, Dave, Pranav, Arguelles, Carlos, Meier, Maximilian, Schneider, Judith, Necker, Jannis, Blot, Summer, Blaufuss, E., De Ridder, Sam, Walck, C., Jones, Ben, Meighen-Berger, Stephan, Weldert, Jan, Yoshida, S., Pieper, Sarah, Andeen, Karen, Gallagher, Jay, Gaisser, T. K., Philippen, Saskia, Vannerom, David +381 morecore +1 more sourceKarl Popper and the Mechanisms of Hydrogen Embrittlement
Advanced Engineering Materials, EarlyView.Representation of the beginning of loss of ductility rather than embrittlement. Small concentrations of hydrogen in a diffusible form within iron are well‐established to harm the mechanical integrity of steels. There are theories that attempt to explain the pernicious role of hydrogen.H. K. D. H. Bhadeshiawiley +1 more source
