Abstract
The ophthalmic radiotherapy dosimetry and some affecting factors are introduced. The distributions of absorbed doses to the main parts of a fresh eyeball such as the cornea, sclera, lens and anterior chamber, during the radiotherapy by using a {sup 90}Sr + {sup 90}Y ophthalmic applicator are presented. An tissue-equivalent extrapolation ionization chamber was used in the dose measurement. The reasonable doses during ophthalmic radiotherapy for different depths have been obtained. Therefore, the absorbed dose to the lens, the most sensitive organ, can be given. These data are useful for radiation protection in ophthalmic radiotherapy.
Lishu, Chen
[1]
- Academia Sinica, Beijing, BJ (China). Inst. of Atomic Energy
Citation Formats
Lishu, Chen.
Absorbed doses to the main parts of eyeball due to use {sup 90}Sr + {sup 90}Y ophthalmic applicator.
China: N. p.,
1993.
Web.
Lishu, Chen.
Absorbed doses to the main parts of eyeball due to use {sup 90}Sr + {sup 90}Y ophthalmic applicator.
China.
Lishu, Chen.
1993.
"Absorbed doses to the main parts of eyeball due to use {sup 90}Sr + {sup 90}Y ophthalmic applicator."
China.
@misc{etde_10157295,
title = {Absorbed doses to the main parts of eyeball due to use {sup 90}Sr + {sup 90}Y ophthalmic applicator}
author = {Lishu, Chen}
abstractNote = {The ophthalmic radiotherapy dosimetry and some affecting factors are introduced. The distributions of absorbed doses to the main parts of a fresh eyeball such as the cornea, sclera, lens and anterior chamber, during the radiotherapy by using a {sup 90}Sr + {sup 90}Y ophthalmic applicator are presented. An tissue-equivalent extrapolation ionization chamber was used in the dose measurement. The reasonable doses during ophthalmic radiotherapy for different depths have been obtained. Therefore, the absorbed dose to the lens, the most sensitive organ, can be given. These data are useful for radiation protection in ophthalmic radiotherapy.}
place = {China}
year = {1993}
month = {May}
}
title = {Absorbed doses to the main parts of eyeball due to use {sup 90}Sr + {sup 90}Y ophthalmic applicator}
author = {Lishu, Chen}
abstractNote = {The ophthalmic radiotherapy dosimetry and some affecting factors are introduced. The distributions of absorbed doses to the main parts of a fresh eyeball such as the cornea, sclera, lens and anterior chamber, during the radiotherapy by using a {sup 90}Sr + {sup 90}Y ophthalmic applicator are presented. An tissue-equivalent extrapolation ionization chamber was used in the dose measurement. The reasonable doses during ophthalmic radiotherapy for different depths have been obtained. Therefore, the absorbed dose to the lens, the most sensitive organ, can be given. These data are useful for radiation protection in ophthalmic radiotherapy.}
place = {China}
year = {1993}
month = {May}
}