Exam Details
| Subject | radiation dosimetry principles & applications | |
| Paper | ||
| Exam / Course | b. sc radiotherapy technology | |
| Department | ||
| Organization | Baba Farid University of Health Sciences | |
| Position | ||
| Exam Date | September, 2017 | |
| City, State | punjab, faridkot |
Question Paper
B. Sc Radiotherapy Technology 3rd Year
(BF/2017/09)
Radiation Dosimetry Principles Applications
M.M.: 80 Time: 3 Hours
Note: 1.) Attempt all questions.
2.) ATTEMPT BOTH PARTS IN SINGLE ANSWER BOOK ONLY.
3.) NO SUPPLEMENTARY SHEET SHALL BE ALLOWED/ PROVIDED
4.) The Student must write Q.P. Code in the space provided on the Title page of the Answer Book.
Section-A
1. Write about the following. (All the five questions are compulsory)
[5x5=25]
a. Gamma and X-ray monitoring
b. String electrometer
c. GM counter
d. TLD film dosimetry
e. Semi conductor detector
2. Attempt any one. Both questions carry equal marks.
a. Construction of gas filled detector and their working. [15]
OR
b. calibration protocols of mega voltage beam. [15]
Section
3. Write about the following. (All the five questions are compulsory)
a. Proportional region
b. Stopping power
c. Effective atomic number
d. Cavity gas calibration factor
e. Chamber calibration
4. Attempt any one. Both questions carry equal marks.
a. Bragg gray cavity for photon and electron beams. [15]
OR
b. Dose calibration parameters. [15]
(BF/2017/09)
Radiation Dosimetry Principles Applications
M.M.: 80 Time: 3 Hours
Note: 1.) Attempt all questions.
2.) ATTEMPT BOTH PARTS IN SINGLE ANSWER BOOK ONLY.
3.) NO SUPPLEMENTARY SHEET SHALL BE ALLOWED/ PROVIDED
4.) The Student must write Q.P. Code in the space provided on the Title page of the Answer Book.
Section-A
1. Write about the following. (All the five questions are compulsory)
[5x5=25]
a. Gamma and X-ray monitoring
b. String electrometer
c. GM counter
d. TLD film dosimetry
e. Semi conductor detector
2. Attempt any one. Both questions carry equal marks.
a. Construction of gas filled detector and their working. [15]
OR
b. calibration protocols of mega voltage beam. [15]
Section
3. Write about the following. (All the five questions are compulsory)
a. Proportional region
b. Stopping power
c. Effective atomic number
d. Cavity gas calibration factor
e. Chamber calibration
4. Attempt any one. Both questions carry equal marks.
a. Bragg gray cavity for photon and electron beams. [15]
OR
b. Dose calibration parameters. [15]
Other Question Papers
Subjects
- anatomy of human body
- basic principles of radiotherapy
- basic radiation physics
- physics of radiotherapy
- radiation dosimetry principles & applications
- radiation protection and monitoring
- radiotherapy equipments & quality assurance procedure
- radiotherapy equipments & quality assurance procedures
- radiotherapy planning & techniques
- radiotherapy planning & techniques (brachytherapy)
- recent advances in radiotherapy techniques