|
60
|
9.56 and, 12.67 pm/C |
The effect of grating fabrication on the FBGs' radiation sensitivity |
Experimental |
|
27
|
None |
The possibility for employing gamma-irradiated PVA/AgNO3 films in many electrical and semiconductor applications |
Experimental |
|
61
|
None |
The pure-silica-core photonic crystal fibres' (PSC-PCFs') steady-state gamma-ray radiation response under a cumulative dosage of 500 Gy and a dose rate of 2.38 Gy min−1
|
Experimental |
|
62
|
None |
The creation of porous silicon multilayers after gamma/ion irradiating silicon to create tunable distributed bragg reflectors (DBRs) |
Experimental |
|
63
|
None |
The infiltration one-dimensional (1-D) porous silicon photonic crystals (PS-PhCs) with a green-emitting commercial luminescent polymer |
Experimental |
|
8
|
10 pm/C at 1550 nm |
Optical fiber bragg grating sensors for gamma ray radiation |
Experimental |
|
64
|
150 (nm RIU−1) |
2D-PhC for the detection of gamma-ray doses |
Theoretical |
|
27
|
None |
Effects of additive and gamma irradiation on the structural and optical properties of the PVA\AgNO3 films |
Experimental |
| This work |
205.7906 nm RIU−1
|
The doped PVA-polymer based on 1D-DPhC sensor for the detection of gamma-ray doses |
Theoretical |
