static beam (td-imrt) (TomoTherapy)
90
Structured Review
TomoTherapy
static beam (td-imrt)
Static Beam (Td Imrt), supplied by TomoTherapy, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/mapcheck+%C2%AE+2+(imrt)+diode+array/beam+model/pmc05674800-69-9-2
Average 90 stars, based on 1 article reviews
Static Beam (Td Imrt), supplied by TomoTherapy, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/mapcheck+%C2%AE+2+(imrt)+diode+array/beam+model/pmc05674800-69-9-2
Average 90 stars, based on 1 article reviews
static beam (td-imrt) - by Bioz Stars,
2026-10
90/100 stars
Images
Related Articles
Biomarker Discovery:Article Title: Implementation and Challenges of International Atomic Energy Agency/American Association of Physicists in Medicine TRS 483 Formalism for Field Output Factors and Involved Uncertainties Determination in Small Fields for TomoTherapy Article Snippet: Article Title: THE 2023 AAPM ANNUAL MEETING PROGRAM. Article Snippet: Methods: The Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: Therefore, in this study, a method for quantifying actual patient organ dose using an Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: In conclusion, we investigated a method for quantifying patient organ dose from MVCT delivery on Article Title: Irradiation Methods for Accurate Dose Delivery to Postoperative Keloid Scars With Minimal Normal Tissue Exposure Using TomoTherapy: A Phantom Study. Article Snippet: Background/Aim: We aimed to clarify the TomoTherapy irradiation method for accurate dose delivery to the postoperative ear keloid with minimal exposure.. Materials and Methods: An electron beam of Elekta synergy and static and helical photon beams of TomoTherapy were delivered to the auricle and lobe of an anthropomorphic phantom compensated using a soft rubber bolus.. The doses to the ear surface and the eyeballs and thyroid were measured using radiochromic film and glass dosimeters, respectively. Computed Tomography:Article Title: Implementation and Challenges of International Atomic Energy Agency/American Association of Physicists in Medicine TRS 483 Formalism for Field Output Factors and Involved Uncertainties Determination in Small Fields for TomoTherapy Article Snippet: Article Title: THE 2023 AAPM ANNUAL MEETING PROGRAM. Article Snippet: Methods: The Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: Therefore, in this study, a method for quantifying actual patient organ dose using an Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: In conclusion, we investigated a method for quantifying patient organ dose from MVCT delivery on Article Title: Irradiation Methods for Accurate Dose Delivery to Postoperative Keloid Scars With Minimal Normal Tissue Exposure Using TomoTherapy: A Phantom Study. Article Snippet: Background/Aim: We aimed to clarify the TomoTherapy irradiation method for accurate dose delivery to the postoperative ear keloid with minimal exposure.. Materials and Methods: An electron beam of Elekta synergy and static and helical photon beams of TomoTherapy were delivered to the auricle and lobe of an anthropomorphic phantom compensated using a soft rubber bolus.. The doses to the ear surface and the eyeballs and thyroid were measured using radiochromic film and glass dosimeters, respectively. Modification:Article Title: Implementation and Challenges of International Atomic Energy Agency/American Association of Physicists in Medicine TRS 483 Formalism for Field Output Factors and Involved Uncertainties Determination in Small Fields for TomoTherapy Article Snippet: Article Title: THE 2023 AAPM ANNUAL MEETING PROGRAM. Article Snippet: Methods: The Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: Therefore, in this study, a method for quantifying actual patient organ dose using an Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: In conclusion, we investigated a method for quantifying patient organ dose from MVCT delivery on Article Title: Irradiation Methods for Accurate Dose Delivery to Postoperative Keloid Scars With Minimal Normal Tissue Exposure Using TomoTherapy: A Phantom Study. Article Snippet: Background/Aim: We aimed to clarify the TomoTherapy irradiation method for accurate dose delivery to the postoperative ear keloid with minimal exposure.. Materials and Methods: An electron beam of Elekta synergy and static and helical photon beams of TomoTherapy were delivered to the auricle and lobe of an anthropomorphic phantom compensated using a soft rubber bolus.. The doses to the ear surface and the eyeballs and thyroid were measured using radiochromic film and glass dosimeters, respectively. Comparison:Article Title: Implementation and Challenges of International Atomic Energy Agency/American Association of Physicists in Medicine TRS 483 Formalism for Field Output Factors and Involved Uncertainties Determination in Small Fields for TomoTherapy Article Snippet: Article Title: THE 2023 AAPM ANNUAL MEETING PROGRAM. Article Snippet: Methods: The Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: Therefore, in this study, a method for quantifying actual patient organ dose using an Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: In conclusion, we investigated a method for quantifying patient organ dose from MVCT delivery on Article Title: Irradiation Methods for Accurate Dose Delivery to Postoperative Keloid Scars With Minimal Normal Tissue Exposure Using TomoTherapy: A Phantom Study. Article Snippet: Background/Aim: We aimed to clarify the TomoTherapy irradiation method for accurate dose delivery to the postoperative ear keloid with minimal exposure.. Materials and Methods: An electron beam of Elekta synergy and static and helical photon beams of TomoTherapy were delivered to the auricle and lobe of an anthropomorphic phantom compensated using a soft rubber bolus.. The doses to the ear surface and the eyeballs and thyroid were measured using radiochromic film and glass dosimeters, respectively. Imaging:Article Title: Implementation and Challenges of International Atomic Energy Agency/American Association of Physicists in Medicine TRS 483 Formalism for Field Output Factors and Involved Uncertainties Determination in Small Fields for TomoTherapy Article Snippet: Article Title: THE 2023 AAPM ANNUAL MEETING PROGRAM. Article Snippet: Methods: The Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: Therefore, in this study, a method for quantifying actual patient organ dose using an Article Title: Patient organ doses from megavoltage computed tomography delivery with a helical tomotherapy unit using a general treatment planning system Article Snippet: In conclusion, we investigated a method for quantifying patient organ dose from MVCT delivery on Article Title: Irradiation Methods for Accurate Dose Delivery to Postoperative Keloid Scars With Minimal Normal Tissue Exposure Using TomoTherapy: A Phantom Study. Article Snippet: Background/Aim: We aimed to clarify the TomoTherapy irradiation method for accurate dose delivery to the postoperative ear keloid with minimal exposure.. Materials and Methods: An electron beam of Elekta synergy and static and helical photon beams of TomoTherapy were delivered to the auricle and lobe of an anthropomorphic phantom compensated using a soft rubber bolus.. The doses to the ear surface and the eyeballs and thyroid were measured using radiochromic film and glass dosimeters, respectively. |