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Items where Author is "Adikan, F"

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Number of items: 8.

Article

Dermosesian, E, Mahdiraji, GA, Adikan, FRM and Bradley, DA (2015) Improving thermoluminescence response through the fabrication of novel microstructured fibers RADIATION PHYSICS AND CHEMISTRY, 116. pp. 135-137.

Alawiah, A, Bauk, S, Marashdeh, MW, Nazura, MZN, Abdul-Rashid, HA, Yusoff, Z, Gieszczyk, W, Noramaliza, MN, Adikan, FRM, Mandiraji, GA, Tamchek, N, Muhd-Yassin, SZ, Mat-Sharif, KA, Zulkifli, MI, Omar, N, Abdullah, WSW and Bradley, DA (2015) The thermoluminescence glow curve and the deconvoluted glow peak characteristics of erbium doped silica fiber exposed to 70-130 kVp x-rays APPLIED RADIATION AND ISOTOPES, 104. pp. 197-202.

Ghomeishi, M, Mahdiraji, GA, Adikan, FRM, Ung, NM and Bradley, DA (2015) Sensitive Fibre-Based Thermoluminescence Detectors for High Resolution In-Vivo Dosimetry SCIENTIFIC REPORTS, 5, ARTN 13309.

Mahdiraji, GA, Dermosesian, E, Safari, MJ, Adikan, FRM and Bradley, DA (2015) Collapsed-Hole Ge-Doped Photonic Crystal Fiber as a Diagnostic Radiation Dosimeter JOURNAL OF LIGHTWAVE TECHNOLOGY, 33 (16). pp. 3439-3445.

Bradley, DA, Mandiraji, GA, Ghomeishi, M, Dermosesian, E, Adikan, FRM, Rashid, HAA and Maah, MJ (2015) Enhancing the radiation dose detection sensitivity of optical fibres APPLIED RADIATION AND ISOTOPES, 100. pp. 43-49.

Mahdiraji, GA, Adikan, FRM and Bradley, DA (2015) Collapsed optical fiber: A novel method for improving thermoluminescence response of optical fiber JOURNAL OF LUMINESCENCE, 161. pp. 442-447.

Mandiraji, GA, Ghomeishi, M, Dermosesian, E, Hashim, S, Ung, NM, Adikan, FRM and Bradley, DA (2015) Optical fiber based dosimeter sensor: Beyond TLD-100 limits SENSORS AND ACTUATORS A-PHYSICAL, 222. pp. 48-57.

Alawiah, A, Intan, AM, Bauk, S, Abdul-Rashid, HA, Yusoff, Z, Mokhtar, MR, Abdullah, WSW, Sharif, KAM, Mahdiraji, GA, Adikan, FRM, Tamchek, N, Noor, NM and Bradley, DA (2013) Thermoluminescence characteristics of flat optical fiber in radiation dosimetry under different electron irradiation conditions MICRO-STRUCTURED AND SPECIALTY OPTICAL FIBRES II, 8775, UNSP 87750.

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