Efficiency enhancements of a Monte Carlo beamlet based treatment planning process: implementation and parameter study von Mueller, S, Guyer, G, Volken, W, Frei, D, Torelli, N, Aebersold, D M, Manser, P, Fix, M K

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Simultaneous optimization of photons and electrons for mixed beam radiotherapy von Mueller, S, Fix, M K, Joosten, A, Henzen, D, Frei, D, Volken, W, Kueng, R, Aebersold, D M, Stampanoni, M F M, Manser, P

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Auto-commissioning of a Monte Carlo electron beam model with application to photon MLC shaped electron fields von Fix, M K, Frei, D, Mueller, S, Guyer, G, Loebner, H A, Volken, W, Manser, P

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Enabling non-isocentric dynamic trajectory radiotherapy by integration of dynamic table translations von Guyer, G, Mueller, S, Koechli, C, Frei, D, Volken, W, Bertholet, J, Mackeprang, P-H, Loebner, H A, Aebersold, D M, Manser, P, Fix, M K

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Development of an extended Macro Monte Carlo method for efficient and accurate dose calculation in magnetic fields von Kueng, R., Guyer, G., Volken, W., Frei, D., Stabel, F., Stampanoni, M. F. M., Manser, P., Fix, M. K.

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TriB-RT: Simultaneous optimization of photon, electron and proton beams von Kueng, R, Mueller, S, Loebner, H A, Frei, D, Volken, W, Aebersold, D M, Stampanoni, M F M, Fix, M K, Manser, P

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Part 2: Dynamic mixed beam radiotherapy (DYMBER): Photon dynamic trajectories combined with modulated electron beams von Mueller, S., Manser, P., Volken, W., Frei, D., Kueng, R., Herrmann, E., Elicin, O., Aebersold, D. M., Stampanoni, M. F. M., Fix, M. K.

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Benchmarking Monte-Carlo dose calculation for MLC CyberKnife treatments von Mackeprang, P-H, Vuong, D, Volken, W, Henzen, D, Schmidhalter, D, Malthaner, M, Mueller, S, Frei, D, Kilby, W, Aebersold, D M, Fix, M K, Manser, P

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EP-1635: Volumetric modulated arc therapy optimization including dynamic collimator rotation von Fix, M.K, Frei, D, Volken, W, Terribilini, D, Manser, P

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Independent Monte-Carlo dose calculation for MLC based CyberKnife radiotherapy von Mackeprang, P-H, Vuong, D, Volken, W, Henzen, D, Schmidhalter, D, Malthaner, M, Mueller, S, Frei, D, Stampanoni, M F M, Dal Pra, A, Aebersold, D M, Fix, M K, Manser, P

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EP-1443: Enabling the Swiss Monte Carlo Plan (SMCP) to assess dose rate von Mackeprang, P.H, Fix, M.K, Volken, W, Aebersold, D.M, Manser, P

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Assessing dose rate distributions in VMAT plans von Mackeprang, P-H, Volken, W, Terribilini, D, Frauchiger, D, Zaugg, K, Aebersold, D M, Fix, M K, Manser, P

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Assessment tool to quantify and visualize treatment plan robustness regarding patient setup von Fix, M.K, Volken, W, Frei, D, Terribilini, D, Aebersold, D.M, Manser, P

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Beamlet based direct aperture optimization for MERT using a photon MLC von Henzen, D., Manser, P., Frei, D., Volken, W., Neuenschwander, H., Born, E. J., Joosten, A., Lössl, K., Aebersold, D. M., Chatelain, C., Stampanoni, M. F. M., Fix, M. K.

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Monte Carlo based beam model using a photon MLC for modulated electron radiotherapy von Henzen, D., Manser, P., Frei, D., Volken, W., Neuenschwander, H., Born, E. J., Vetterli, D., Chatelain, C., Stampanoni, M. F. M., Fix, M. K.

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PD-0527: Evaluation tool for plan robustness regarding patient setup using Monte Carlo methods von Fix, M.K, Volken, W, Frei, D, Terribilini, D, Aebersold, D.M, Manser, P

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EP-1459: Dosimetric evaluation of arc-based modulated electron radiation therapy von Joosten, A, Henzen, D, Volken, W, Frei, D, Lössl, K, Manser, P, Fix, M.K

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Investigation on the resolution of a micro cone beam CT scanner scintillating detector using Monte Carlo methods von Volken, W., Zulliger, M.A., Koller, B., Manser, P., Fix, M.K.

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Forward treatment planning for modulated electron radiotherapy (MERT) employing Monte Carlo methods von Henzen, D., Manser, P., Frei, D., Volken, W., Neuenschwander, H., Born, E. J., Lössl, K., Aebersold, D. M., Stampanoni, M. F. M., Fix, M. K.

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PO-0834: Investigation of an inverse planning system for MERT as a function of beam setup and dose constraints von Joosten, A, Henzen, D, Volken, W, Frei, D, Lössl, K, Manser, P, Fix, M.K

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