@article{oai:repo.qst.go.jp:00076209,
 author = {Iwaoka, Kazuki and Jean H. Palad, Lorna and O. Mendoza, Christopher and Hosoda, Masahiro and Tristan F. Cruz, Paolo and B. Enriquez, Eliza and Joseph Aniago, Ryan and P. Feliciano, Chitho and Tokonami, Shinji and Kanda, Reiko and Kazuki, Iwaoka and Reiko, Kanda},
 issue = {2},
 journal = {Philippine Journal of Science},
 month = {Jun},
 note = {Nuclear power plant facilities are either in the planning stage or under construction in neighboring countries around the Philippines. It is important to obtain background dose rates data in advance before the occurrence of any radiological or nuclear accidents in the future in order to estimate the increase in dose rates due to the radiological and nuclear accidents. In the Philippines, many people are living in Metro Manila. Quezon City is the largest area in Metro Manila and has many educational facilities and government agencies. In this study, the dose rates were continuously measured along major roads in Quezon City by the car-borne survey. The measured dose rates on the road ranged from 7.7 to 41 nGy h–1 – with a calculated mean value of 13 nGy h–1. These dose rates were less than that of the background level for terrestrial gamma rays in the world (59 nGy h–1). These results will be useful as reference data for background levels in case of any future radiological or nuclear accidents.},
 pages = {389--393},
 title = {Absorbed Dose Rates in Air along the Roads in Quezon City, Philippines},
 volume = {148},
 year = {2019}
}