《Radiation Medicine and Protection》

作品数：179被引量：74H指数：4
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《Radiation Medicine and Protection》
主办单位：中华医学会
最新期次：2024年4期更多>>
发文主题：RADIOTHERAPYRADIATIONIONIZING_RADIATIONRADIATION-INDUCEDRADON更多>>
发文领域：医药卫生理学自动化与计算机技术文化科学更多>>
发文基金：国家自然科学基金World Health Organization中国博士后科学基金更多>>
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Research needs,measurements and behaviours of environmental radon
《Radiation Medicine and Protection》2024年第4期213-214,共2页Weihai Zhuo Qiuju Guo Quanfu Sun 
Radon is a naturally occurring radioactive gas that exists everywhere in our living or working environments.1 Radon and its decay products are considered to be the second leading causes of lung cancer in tobacco smoke...
关键词：RADON DECAY SMOKE 
A summary of UNSCEAR 2019 report on lung cancer from exposure to radon and research needs
《Radiation Medicine and Protection》2024年第4期215-218,共4页Jing Chen 
The annex B of the UNSCEAR 2019 Report presented a comprehensive review of dosimetric and epidemiological assessments published in the period 2006 to 2017 for deriving conversion factors for calculating the dose from ...
关键词：Radon exposure Dose conversion factor United Nations Scientific Committee on the Effects of Atomic Radiation 
An update on soil gas harvesting technique as a non-depleting source of ^(222)Rn for a large volume calibration chamber for long-term exposure experiments
《Radiation Medicine and Protection》2024年第4期219-222,共4页Vijith A.P. Karunakara N. 
Objective:To demonstrate the versatility of the natural soil gas harvesting technique,coupled with a semi-dynamic injection algorithm,as an efficient and reliable source for continuous ^(222)Rn delivery to a large-vol...
关键词：RADON Soil gas Walk-in type radon chamber Soil gas harvesting Target level of radon concentration 
Development of radon detectors calibration system in Cameroon
《Radiation Medicine and Protection》2024年第4期223-228,共6页Oumar Bobbo Modibo Gondji Dieu Souffit Koyang Francois Ndjana Nkoulou Ⅱ Joseph Emmanuel Eka Djatnika Nugraha Chutima Kranrod Saidou Shinji Tokonami 
partly funded by the investment budget of the Ministry of Scientific Research and Innovation,Cameroon(BIP 2020,2021);the Technical Cooperation Fund of the International Atomic Energy Agency(CMR9009).
Objective:To develop a radon detectors calibration system at the Research Centre for Nuclear Science and Technology(CRSTN)of the Institute of Geological and Mining Research(IRGM)in Cameroon.Methods:A transparent box n...
关键词：RADON Radon chamber CALIBRATION Steady airflow Hookups 
A humidity resistant radon source developed by ion exchange of radium in a membrane
《Radiation Medicine and Protection》2024年第4期229-232,共4页Yanliang Chen Linfeng He Gang Han 
financially supported by the Natural Science Foundation of Shanghai(23ZR1454000);the Science and Technology Program of the State Administration for Market Regulation(2022MK026);the National Natural Science Foundation of China(12175146).
Objective:To develop a humidity resistant radon source on a membrane based on the ion exchange technique.Methods:^(226)Ra in its standard solution was adsorbed in the HP membrane through cation exchange.The radioactiv...
关键词：Radon source ion exchange membrane Humidity resistance Emanation coefficient 
Characteristic parameters and radon exhalation rates of aerated concrete blocks
《Radiation Medicine and Protection》2024年第4期233-237,共5页Yanchao Song Junlin Wang Hongxing Cui Bing Shang Changsong Hou Yunyun Wu 
financially supported by the National Natural Science Foundation of China(No.11375164 and 12105274).
Objective:To understand the characteristic parameters and radon exhalation rates of aerated concrete blocks.Methods:A total of 39 nationally inspected samples were measured.Their dry density was determined based on th...
关键词：RADON Exhalation rate Aerated concrete block 
Radon exhalation rate from the latex pillows and its potential exposure to users
《Radiation Medicine and Protection》2024年第4期238-242,共5页Phachirarat Sola Kanokporn Boonsirichai Santi Raksawong Ritiron Samran Pimprapa Chaijak Hirofumi Tazoe Chutima Kranrod Rawiwan Kritsananuwat Sattawat Jongjitklang Vichai Puripunyavanich Masahiro Hosoda Waleeporn Pongkua Shinji Tokonami 
supported by the Thailand Institute of Nuclear Technology(TINT),Thailand.
Objective:To develop a new system to accurately measure the radon exhalation from the latex pillows,and to estimate its potential exposure to users.Methods:The new system is composed of two loops,the first loop is des...
关键词：Radon exhalation Latex pillow Annual effective dose 
Assessment of the residential radon concentrations in the Bakony Region,Hungary
《Radiation Medicine and Protection》2024年第4期243-247,共5页Zsolt Homoki Gergely Toth Anita Csordas Edit Toth-Bodrogi Miklos Hegedus Tibor Kovacs 
implemented by the TKP2021-NVA-10 project with the support provided by the Ministry of Culture and Innovation of Hungary from the National Research,Development and Innovation Fund,financed under the 2021 Thematic Excellence Programme funding scheme.
Objective:To investigate the current levels of indoor radon activity in the geologically complex Bakony Region of Hungary,which has been historically affected by industrial activities,and to identify areas that may re...
关键词：^(222)Rn Indoor radon CR-39 SSNTD NRPB 
Investigation on radon levels in soil and water associated with Mount Tampomas geothermal activity in Indonesia
《Radiation Medicine and Protection》2024年第4期248-253,共6页Heri Nurohman Eka Djatnika Nugraha Teuku Yan W.M.Iskandarsyah Hendarmawan Hendarmawan 
supported by the Research Center for Geotechnology,Indonesian Institute of Science,through the Directorate of Research,Development,and Innovation under the DIPA(Daftar Isian Pelaksanaan Anggaran)annual budget allocation;provided by the Ministry of Research,Technology,and Higher Education of Indonesia,as well as the Indonesia Endowment Funds for Education(LPDP-Lembaga Pengelola Dana Pendidikan)-BRIN(Badan Riset dan Inovasi Nasional)through the Riset Inovasi untuk Indonesia Maju(RIIM)Grant No.RIIM-16(E.D.N).
Objective:To investigate radon emanation in geothermal manifestations around Mount Tampomas,West Java,Indonesia,and assess radon concentrations in soil and water samples.Methods:Radon measurements were conducted using...
关键词：RADON Geothermal manifestation SOIL WATER 
Radon exhalation and emanation assessments in the Transdanubian Central Mountain in Hungary
《Radiation Medicine and Protection》2024年第4期254-259,共6页Mate Novak Zsolt Homoki Gergely Toth Anita Csordas Edit Toth-Bodrogi Miklos Hegedus Tibor Kovacs 
Project nos.K146322&K146315 were implemented with financial support provided by the Hungarian Ministry of Culture and Innovation from the National Research,Development and Innovation Fund financed under the OTKA K_23 funding scheme,Hungary.
Objective:To determine the radium-226 activity concentration,the massic radon exhalation rate and emanation factor of 55 soil samples from the Central Transdanubian Mountains in Hungary as well as possible radon exhal...
关键词：Soil Radium-226 Activity concentration Massic radon exhalation rate Emanation factor 
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