RSVP Phantom Head. |
Radiosurgery Verification Phantom The RSVP Phantom™ was developed to provide stereotactic localization and dose verification for radiosurgery machines. Charles W. Coffey, II, Ph.D. established the design criteria that The Phantom Laboratory used in constructing the RSVP Phantom™. The phantom may be used for a variety of radiosurgery applications, including periodic quality assurance evaluations and acceptance testing. The RSVP Phantom™ may also be used to re-evaluate radiosurgery systems after equipment or software upgrades. The RSVP Head Phantom™ includes a liquid fillable lifesize head form. The form is filled with water to simulate the |
radiation absorption and scatter of human soft tissue. An internal container, called a tumor vessel, may be positioned
anywhere within the form by manipulating an external position rod. This cylinder may be filled with either a radiation
sensitive gel for alignment evaluations or with radiation dosimeters for quantitative dose measurements. The Phantom Laboratory has developed optional holders that allow positioning of TLD and film dosimeters in the tumor vessel. To measure dose, a dosimeter is placed inside the tumor vessel. As in the localization evaluation, standard protocols are used to locate the tumor and irradiate the target area. The dosimeter is then removed from the phantom and read. The phantom can also accommodate specially designed chambers. Click here to open Instruction Manual for this Product. |
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RSVP Phantom Pelvis. |
Liquid fillable phantom for IMRT dose distribution measurements The RSVP Phantom™ was developed to provide localization and dose verification for IMRT machines. Charles W. Coffey, II, Ph.D. established the design criteria that The Phantom Laboratory used in constructing the RSVP Phantom™ Pelvis. The phantom may be used for a variety of therapy applications, including periodic quality assurance evaluations and acceptance testing. The RSVP Phantom™ may also be used to re-evaluate systems after equipment or software upgrades. |
The RSVP Phantom™ Pelvis includes a liquid-fillable lifesize pelvis form. The form is filled with water to
simulate the radiation absorption and scatter of human soft tissue. An internal container called a tumor vessel may be
positioned anywhere within the form by manipulating an external position rod. This cylinder may be filled with either a
radiation sensitive gel for alignment evaluations or with TLD dosimeters for quantitative dose measurements. The Phantom Laboratory has developed an optional holder that allows positioning of TLD dosimeters in the tumor vessel. To measure dose, a TLD chip or dosimetry gel is placed inside the tumor vessel. As in the localization evaluation, standard protocols are used to locate the tumor and irradiate the target area. The dosimeter is then removed from the phantom and read. The phantom can also accommodate specially designed chambers. |
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