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7 results for “cave protection”
Supplemental Material: Study of radiation protection for the BELLA A-Cave
<p><strong>General description</strong></p> <p>Compressed archive containing the macro files and the scripts to run and analyze the results of the simulations of dose deposition in the BELLA A-Cave.</p> <p>The Geant4 scripts contain the parameters of the initial beam and of the computational mesh where the dose equivalent is deposited, the python scripts extract the data from the resulting OpenPMD files.</p> <p>The scripts include two possible configurations of shielding (Configuration 1 and Configuration 2) and the two initial beams investigated: a "realistic" distribution and an idealized 8 MeV monochromatic beam that represent the maximum point operationally achievable.</p> <p><strong>Configurations</strong></p> <p><em>Configuration 1:</em><strong> </strong></p> <p>It includes the following permanent shielding</p> <ul> <li><strong>Wall</strong>: the Cave A concrete walls, along with wall penetrations towards Cave B. All walls of Cave A are made of 36” thick concrete, except for the roof, the east wall and the entrance compartment walls which have a thickness of 24”. The penetrations for the beamline (from 1 to 3) and penetrations for the services (service penetrations in north, south, and east walls) are included in the simulations.</li> <li><strong>Pb1</strong> and <strong>Pb2</strong>: 8” thick Pb shielding filling the two wall penetrations towards Cave B which are closest to the Cave A interaction chamber.</li> <li><strong>Pb3</strong>: A Pb plate (10” width, 10” height, 1” thickness) positioned at the exit of the interaction chamber, perpendicular to the beam axis. The plate has a square hole (4 cm side) centered at the position of the electron beam axis. </li> <li><strong>Pb4</strong>: A Pb plate (20” width, 20” height, 1” thickness) placed at the west wall of Cave A, centered at the position of the electron beam axis.</li> <li><strong>SS1</strong> and <strong>SS2</strong>: stainless steel plates (2” thickness, 6” width, 2’ height) placed on both sides of the east wall, near the edges of penetration 3. The plates cover 3” of the window and 3” of the wall on both sides. The height of the plates is equal to the height of the opening.</li> </ul> <p><em>Configuration 2:</em></p> <p>In addition to the permanent shielding from Configuration 1, a tungsten (W) X-ray converter (0.5” width, 0.5” height, 2 mm thickness) is placed 3 cm downstream from the electron beam source. A 1”-wide and 4 cm long Pb shielding around the converter is considered.</p> <p><strong>Description of the archive</strong></p> <p>The archive is structure as follows</p> <pre><code class="language-bash">inputs_and_macros ├── Configuration_1__8MeV │ ├── input.mac │ ├── plot_dose_1_100_mrem_per_hour.py │ └── print_dose_values.py ├── Configuration_1__exp_distribution │ ├── input.mac │ ├── khz_energy.dat │ ├── plot_dose_1_100_mrem_per_hour.py │ └── print_dose_values.py ├── Configuration_2__8MeV │ ├── input.mac │ ├── plot_dose_1_100_mrem_per_hour.py │ └── print_dose_values.py └── Configuration_2__exp_distribution ├── input.mac ├── khz_energy.dat ├── plot_dose_1_100_mrem_per_hour.py └── print_dose_values.py</code></pre>
Supplementary material 1 from: Weigand AM, Bücs S-L, Deleva S, Lukić Bilela L, Nyssen P, Paragamian K, Ssymank A, Weigand H, Zakšek V, Zagmajster M, Balázs G, Barjadze S, Bürger K, Burn W, Cailhol D, Decrolière A, Didonna F, Doli A, Drazina T, Dreybrodt J, Ðud L, Egri C, Erhard M, Finžgar S, Fröhlich D, Gartrell G, Gazaryan S, Georges M, Godeau J-F, Grunewald R, Gunn J, Hajenga J, Hofmann P, Knight LRFD, Köble H, Kuharic N, Lüthi C, Munteanu CM, Novak R, Ozols D, Petkovic M, Stoch F, Vogel B, Vukovic I, Hall Weberg M, Zaenker C, Zaenker S, Feit U, Thies J-C (2022) Current cave monitoring practices, their variation and recommendations for future improvement in Europe: A synopsis from the 6th EuroSpeleo Protection Symposium. Research Ideas and Outcomes 8: e85859. https://doi.org/10.3897/rio.8.e85859
Questionnaire for the 6th EuroSpeleo Protection Symposium 2022
Figure 4 from: Chagas-Jr A, Bichuette ME (2018) Synopsis of centipedes in Brazilian caves (Arthropoda, Myriapoda, Chilopoda), a hidden diversity to be protected. ZooKeys 737: 13-56. https://doi.org/10.3897/zookeys.737.20307
Figure 4 Outcrops and caves from Brazil with centipede records. A Limestone outcrops with pastures from Peruaçu region, Minas Gerais state. Cerrado (savannah-like vegetation) interspersed with Caatinga (xerophitic vegetation) (M.E. Bichuette) B Limestone outcrops with pastures from Serra do Ramalho, Bahia state. Caatinga (xerophitic vegetation) (M.E. Bichuette) C Atlantic Rainforest and limestone outcrops from Alto Ribeira, São Paulo state (M.E. Bichuette) D Alto Ribeira cave entrance, São Paulo state (M.E. Bichuette) E Quartizite outcrops with "Campo rupestre" vegetation from Diamantina, Minas Gerais state (M.E. Bichuette) F Sandstone cave from Igatu, Chapada Diamantina, Bahia state (E.C. Igual) G Sandstone outcrop from Igatu, Chapada Diamantina, Bahia state (J.E. Gallão) H Granite outcrop and Atlantic Rainforest from Florianópolis, Santa Catarina state (J.E. Gallão) I Iron ore outcrop with Cerrado from Caeté, Minas Gerais state (M.E. Bichuette) J Iron ore cave from Caeté, Minas Gerais state (M.E. Bichuette) K, L Iron ore caves and Canga vegetation from Canaã dos Carajás, Pará state (A. Coelho).
Figure 3 from: Chagas-Jr A, Bichuette ME (2018) Synopsis of centipedes in Brazilian caves (Arthropoda, Myriapoda, Chilopoda), a hidden diversity to be protected. ZooKeys 737: 13-56. https://doi.org/10.3897/zookeys.737.20307
Figure 3 Centipedes from Brazilian caves in loco. A Sphendononema guildingii from limestone caves of Serra do Ramalho, Bahia state (A. Gambarini) B Sphendononema sp. from sandstone caves of Igatu, Chapada Diamantina, Bahia state (E.C. Igual) C Scolopocryptops miersii from limestone caves of Serra do Ramalho, Bahia state (A. Gambarini) D Otostigmus tibialis from granitic caves of Florianópolis, Santa Catarina state (M.E. Bichuette) E Scolopocryptops troglocaudatus from Igatu, Chapada Diamantina, Bahia state (E.C. Igual) F Ribautia sp. from a limestone cave of Peruaçu, Minas Gerais state (P.P. Rizzato).
Figure 5 from: Chagas-Jr A, Bichuette ME (2018) Synopsis of centipedes in Brazilian caves (Arthropoda, Myriapoda, Chilopoda), a hidden diversity to be protected. ZooKeys 737: 13-56. https://doi.org/10.3897/zookeys.737.20307
Figure 5 Total records per region and respectively richer caves. Lithologies: IRON, Iron ore; LIM, Limestone; SAN, Sandstone; Sh, Shale; GRA, Granitic; QUA, Quartzitic. States: PA, Pará; SP, São Paulo; MG, Minas Gerais; SE, Sergipe; BA, Bahia; CE, Ceará; SC, Santa Catarina; MT, Mato Grosso; MS, Mato Grosso do Sul; RN, Rio Grande do Norte.
Figure 1 from: Chagas-Jr A, Bichuette ME (2018) Synopsis of centipedes in Brazilian caves (Arthropoda, Myriapoda, Chilopoda), a hidden diversity to be protected. ZooKeys 737: 13-56. https://doi.org/10.3897/zookeys.737.20307
Figure 1 Map of Brazil showing the distribution of centipedes in different lithologies and geomorphological groups.
Figure 2 from: Chagas-Jr A, Bichuette ME (2018) Synopsis of centipedes in Brazilian caves (Arthropoda, Myriapoda, Chilopoda), a hidden diversity to be protected. ZooKeys 737: 13-56. https://doi.org/10.3897/zookeys.737.20307
Figure 2 Map of Brazil showing the distribution of centipedes per regions. A Secondary map of Pará state: Altamira region B Secondary map of Pará state: Parauapebas and Canaã dos Carajás region C Secondary map of Goiás and Bahia states D Secondary map of Minas Gerais state E Secondary map of São Paulo state.
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