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3 results on '"Boogert, S.T."'

1. Pyg4ometry:A Python library for the creation of Monte Carlo radiation transport physical geometries

Author

Walker, S.D., Abramov, A., Nevay, L.J., Shields, W., Boogert, S.T., Walker, S.D., Abramov, A., Nevay, L.J., Shields, W., and Boogert, S.T.

Abstract

Creating and maintaining computer-readable geometries for use in Monte Carlo Radiation Transport (MCRT) simulations is an error-prone and time-consuming task. Simulating a system often requires geometry from different sources and modelling environments, including a range of MCRT codes and computer-aided design (CAD) tools. Pyg4ometry is a Python library that enables users to rapidly create, manipulate, display, debug, read, and write Geometry Description Markup Language (GDML)-based geometry used in MCRT simulations. Pyg4ometry provides importation of CAD files to GDML tessellated solids, conversion of GDML geometry to FLUKA and conversely from FLUKA to GDML. The implementation of Pyg4ometry is explained in detail in this paper and includes a number of small examples to demonstrate some of its capabilities. The paper concludes with a complete example using most of Pyg4ometry's features and a discussion of possible extensions and future work.

Published
2022

2. BDSIM:An accelerator tracking code with particle–matter interactions

Author

Nevay, L.J., Boogert, S.T., Snuverink, J., Abramov, A., Deacon, L.C., Garcia-Morales, H., Lefebvre, H., Gibson, S.M., Kwee-Hinzmann, R., Shields, W., Walker, S.D., Nevay, L.J., Boogert, S.T., Snuverink, J., Abramov, A., Deacon, L.C., Garcia-Morales, H., Lefebvre, H., Gibson, S.M., Kwee-Hinzmann, R., Shields, W., and Walker, S.D.

Abstract

Beam Delivery Simulation (BDSIM) is a program that simulates the passage of particles in a particle accelerator. It uses a suite of standard high energy physics codes (Geant4, ROOT and CLHEP) to create a computational model of a particle accelerator that combines accurate accelerator tracking routines with all of the physics processes of particles in Geant4. This unique combination permits radiation and detector background simulations in accelerators where both accurate tracking of all particles is required over long range or over many revolutions of a circular machine, as well as interaction with the material of the accelerator.

Published
2020

3. ATF2 Proposal: v. 2

Author

Grishanov, B.I., Logachev, P., Podgorny, F., Telnov, V., Angal-Kalinin, D., Jones, J., Kalinin, A., Napoly, O., Payet, J., Braun, Hans-Heinrich, Schulte, D., Zimmermann, F., Appleby, R., Barlow, R., Bailey, I., Jenner, L., Jones, R., Kourevlev, G., Elsen, E., Vogel, V., Walker, N., Solyak, N., Wendt, M., Takahasi, T., Gao, Jie, Liu, Weibin, Pei, Guo-Xi, Wang, Jiu-Qing, Delerue, N., Dixit, S., Howell, D., Reichold, A., Urner, D., Bosco, A., Agapov, I., Blair, G.A., Boorman, G., Carter, J., Driouichi, C., Price, M., Araki, S., Hayano, H., Higashi, Y., Honda, Y., Kanazawa, K., Kubo, K., Kume, T., Kuriki, M., Kuroda, S., Masuzawa, M., Naito, T., Okugi, T., Sugahara, R., Tauchi, T., Terunuma, N., Toge, N., Urakawa, J., Yamaoka, H., Yokoya, K., Iwashita, Y., Mihara, T., Alabau Pons, M., Bambade, P., Dadoun, O., Bolzon, B., Geffroy, N., Jeremie, A., Karyotakis, Y., Wolski, A., Gronberg, J., Boogert, S.T., Liapine, A., Malton, S., Miller, D.J., Wing, M., Kumada, M., Danagulian, S., Mtingwa, S., Torrence, E., Choi, J., Huang, J.Y., Kang, H.S., Kim, E.S., Kim, S., Ko, I.S., Burrows, P., Christian, G., Clarke, C., Hartin, A., Khah, H.D., Molloy, S., White, G., Bane, K., Brachmann, A., Himel, T., Markiewicz, Thomas W., Nelson, J., Nosochkov, Yu., Phinney, N., Pivi, M.T.F., Raubenheimer, T., Ross, M., Ruland, R., Seryi, Andrei, Spencer, Cherrill M., Tenenbaum, P., Woodley, M., Komamiya, S., Sanuki, T., and Suehara, T.

Subjects
Accelerators and Storage Rings
Abstract

For achieving the high luminosity required at the International Linear Collider (ILC), it is critical to focus the beams to nanometer size with the ILC Beam Delivery System (BDS), and to maintain the beam collision with a nanometer-scale stability. To establish the technologies associated with this ultra-high precision beam handling, it has been proposed to implement an ILC-like final focus optics in an extension of the existing extraction beamline of ATF at KEK. The ATF is considered to be the best platform for this exercise, since it provides an adequate ultra-low emittance electron beam in a manner dedicated to the development of ILC. The two major goals for this facility, called ATF2, are : (A) Achievement of a 37 nm beam size, and (B) control of beam position down to 2 nm level. The scientific justification for the ATF2 project and its technical design have been described in Volume 1 of the ATF2 Proposal [1]. We present here Volume 2 of the ATF2 Proposal, in which we present specifics of the construction plans and the group organization to execute the research programs at ATF2. The sections in this report have been authored by relevant ATF2 subgroups within the International ATF Collaboration. The time line of the project is described in Section 2. Section 3 discuss the structure of the international collaboration. Sections 4 and 5 discuss budget considerations, which are presented as well as the design and construction tasks to be shared by the internationalcollaboration at ATF2. Concluding remarks have been contributed by Dr. Ewan Paterson, Chair of the International Collaboration Board of the ATF collaboration. The two major goals for this facility, called ATF2, are : (A) Achievement of a 37 nm beam size, and (B) control of beam position down to 2 nm level. The scientific justification for the ATF2 project and its technical design have been described in Volume 1 of the ATF2 Proposal. We present here Volume 2 of the ATF2 Proposal, in which we present specifics of the construction plans and the group organization to execute the research programs at ATF2.

Published
2006

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