Dr. Marilou Cadatal-Raduban
Unitec Institute of Technology, Auckland, New Zealand
+1
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Academic Career Length
23Years (2004-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications1 September 2007 in Optical Materials
Journal Article
NSNobuhiko Sarukura
Nobuhiko SarukuraHMHidetoshi Murakami
Hidetoshi Murakami
EEElmer Estacio
Elmer EstacioSOShingo Ono
Shingo Ono
RORiadh El Ouenzerfi
Riadh El Ouenzerfi
TFTsuguo Fukuda
Tsuguo Fukuda
+6
1 March 2011 in Journal of Crystal Growth
Journal Article
MKMasataka Kano
Masataka Kano
AWAkira Wakamiya
Akira Wakamiya
KSKohei Sakai
Kohei Sakai
Kohei YamanoiMarilou Cadatal-RadubanTFTsuguo Fukuda
Tsuguo Fukuda
+4
1 February 2014 in Optical Materials
Journal Article
Kohei YamanoiRNRyosuke Nishi
Ryosuke Nishi
KTKohei Takeda
Kohei Takeda
YSYuki Shinzato
Yuki Shinzato
MTMizuki Tsuboi
Mizuki Tsuboi
TITetsuya Ishikawa
Tetsuya Ishikawa
+12
1 January 2018 in Journal of Luminescence
Journal Article
MEMelvin John F. Empizo
Melvin John F. EmpizoMarilou Cadatal-RadubanTMTakahiro Murata
Takahiro Murata
YMYuki Minami
Yuki Minami
KKKeisuke Kawano
Keisuke Kawano
GBGeorges Boulon
Georges Boulon
+5
1 August 2010 in Japanese Journal of Applied Physics
Journal Article
MTMasakuni Takahashi
Masakuni Takahashi
AOAkira Osada
Akira Osada
ADAlex Dergachev
Alex Dergachev
PMPeter F. Moulton
Peter F. Moulton
Marilou Cadatal-RadubanNSNobuhiko Sarukura
Nobuhiko Sarukura +1
The efficiency of multi-watt ultraviolet radiation generation by harmonics processes in β-BaB2O4 (BBO) can be improved by reducing thermal dephasing. The dephasing arises from local heating of BBO by the linear absorption of green (second harmonic) and ultraviolet (fourth harmonic) radiation by crystal defects that are induced by two-photon absorption of high peak power ultraviolet radiation. Such absorption can be reduced by decreasing the repetition rate to ∼1 kHz to allow the defects to decay between the laser pulses and/or heating BBO crystal to 150–200 °C to increase the decay rate of the induced defects.
1 January 2013 in Journal of Crystal Growth
Journal Article
KWKozue Watanabe
Kozue Watanabe
YAYasunobu Arikawa
Yasunobu ArikawaKohei YamanoiMarilou Cadatal-RadubanTNTakahiro Nagai
Takahiro Nagai
HKHirofumi Kan
Hirofumi Kan
+14
About Me
Dr. Marilou Cadatal-Raduban is a Senior Lecturer at Massey University’s School of Natural Sciences in Auckland, New Zealand. She is also a Specially Appointed Associate Professor at Osaka University Institute of Laser Engineering in Japan. Dr. Cadatal-Raduban obtained her PhD degree in Physics from the Graduate University for Advanced Studies in Japan. Her research interests include modelling of material properties using density functional theory; numerical and experimental characterization of solid-state sensors and scintillators based on crystals, glasses, and thin films; effects of ionizing radiation on material properties; development of semiconductor and wide band gap photodetectors; and spectroscopy of optical materials. She is a member of the Editorial Board of the Applied Sciences journal and a member of the Reviewer Board of the Micromachines journal.