Areas of future investigation for I-124
dosimetry involve issues related to data collection and data processing.
These are becoming common for radiation dose measurements mainly for occupational exposure measurements and in vivo
dosimetry [12, 13].
Therefore, several techniques based on physical, computational and biological
dosimetry methods have been used in the last decade for reconstructive
dosimetry to evaluate such accidental radiation doses.
After an introduction, they cover thermoluminescence and its applications, recent advances and opportunities in thermoluminescent dosimeter (TLD) materials, luminescence dating: the basic approach to geochronology, the elastico-mechanoluminescence of thermoluminescent crystals, thermoluminescent phosphors for radiation
dosimetry, using the optically stimulated luminescence (OSL) and thermoluminescence (TL) of electronic components in portable devices for retrospective accident
dosimetry, and optical and morphological studies of doped core shell ZnS:Cu/ZnS nanoparticles.
The thermoluminescence (TL) materials have been widely applied to defect studying and
dosimetry, such as the detection of ionizing radiation and dating in archaeology [5-8].
An important influence quantity in ionizing radiation
dosimetry is the time interval between irradiation and measurement of a dosimeter.
Vocal
dosimetry involves the use of a small portable device called a vocal dosimeter that consists of a small contact microphone attached to a battery operated digital recording device.
Potential phenotypic anchors include target tissue
dosimetry, gene expression and epigenetic profiles, and tissue biomarkers.
The present study aimed at developing tissue equivalent thermoluminescence
dosimetry (TLD) materials for monitoring exposures to cancer patients through thermoluminescence in lithium compounds.
During an annual review of our
dosimetry program at the end of calendar year 2003, the
dosimetry custodian noticed an average increase in the total effective dose equivalent (TEDE) to those personnel who are occupationally exposed to ionizing radiation and are issued personnel
dosimetry.
Clinical
dosimetry measurements in radiotherapy; proceedings.
NORDIC BUSINESS REPORT-5 October 2009-Swedish Studsvik sells
dosimetry business, makes SEK6.5m gain(C)1994-2009 M2 COMMUNICATIONS http://www.m2.com