Radiological Physics and Technology

RPT表紙“Radiological Physics and Technology”(RPT)誌は、日本放射線技術学会(JSRT)と当学会共同の英語論文誌です(Springer社刊)。


副編集委員長荒木不次男、遠藤真広、桂川茂彦、小寺吉衞、真田 茂、長谷川智之




 Impact Factor(IF)は掲載論文がどれくらい引用されたかを示す指標であり、Clarivate Analytics社によって厳選された学術雑誌に対して毎年公表されています[1-3]。RPT誌にはまだIFが付与されていませんが、その算出に利用される同社のデータベースEmerging Sources Citation Index(ESCI)には収録されています。出版社の独自集計によると最新の試算値は1.427(2019年)であり、さらに引用を増やす必要があります。

  1. 笠井 咲「Impact Factor取得に向けて—Radiological Physics and Technology—」
  2. 土井邦雄「Radiological Physics and Technology―英語論文学会誌(RPT)の現状と将来―」
  3. 遠藤真広「引用される論文とされない論文―RPT誌などに出版された論文の解析からいえること―」


本誌は、優れた英語論⽂学会誌に成⻑し、さらにIF取得に全⼒をあげています。IF 取得のための最も基本的なことは、掲載される論⽂の質を良くし、引⽤される論⽂の数を増やすことです。このためには、論⽂を評価し、より良い論⽂になるように指摘する査読者の役割は重要です。この⼿引きは、査読報告書を書いた経験の少ない査読者がより良い査読報告書を書くための要点をまとめたものです。


英語論文誌「Radiological Physics and Technology」(RPT)は、冊子体として年4回会員の皆様にお届けしています。この他、オンラインジャーナルとしてインターネットを通じて電子版で公開しています。オンラインジャーナルは、個々の論文がアクセプトされる毎に迅速にオンラインで公開され、最新の論文を世界中から閲覧できる仕組みとなっています。


  1. 学会のTOPページにアクセス
  2. TOPページの左側にある「My Page」から会員番号とパスワードを入力してログイン
  3. 「ジャーナルの閲覧」URLを開くからオンラインジャーナルにアクセス





RPT誌Vol.12 (2019年刊)の土井賞(優秀論文賞)決定について


診断物理分野Masatoshi SaitoSimulation of photon-counting detectors for conversion of dual-energy-subtracted computed tomography number to electron density
MRI・核医学分野Natsuki MinouraA complementary scheme for automated detection of high‑uptake regions on dedicated breast PET and whole‑body PET/CT
放射線治療・計測・防護分野Noriyuki KadoyaEvaluation of a 3D-printed heterogeneous anthropomorphic head and neck phantom for patient-specific quality assurance in intensity modulated radiation therapy
診断物理分野Chiaki TominagaTilted-wire method for measuring resolution properties of CT images under extremely low-contrast and high-noise conditions
MRI・核医学分野Chiharu KaiComputer-aided diagnosis with radiogenomics: Analysis of the relationship between genotype and morphological changes in brain magnetic resonance images
放射線治療・計測・防護分野Nobuyuki KanematsuEstimation of linear energy transfer distribution for broad-beam carbon-ion radiotherapy at the National Institute of Radiological Sciences
診断分野Sayed Ahmad Zikri Bin Sayed AluweeEvaluation of pre-surgical models for uterine surgery by use of three-dimensional printing and mold casting
MRI・核医学分野Nobuyuki KudomiFully parametric imaging with reversible tracer 18F-FLT within a reasonable time
防護・治療分野Fumio HashimotoDose reduction technique in diagnostic X-ray computed tomography by use of 6-channel multileaf collimators
診断分野Tomomi TakenagaA computer simulation method for low-dose CT images by use of real high-dose images: a phantom study
MRI・核医学分野Koya FujimotoAutomatic ROI construction for analyzing time-signal intensity curve in dynamic contrast-enhanced MR imaging of the breast
防護・治療分野Kazuki TakegamiEnergy dependence measurement of small-type optically stimulated luminescence (OSL) dosimeter by means of characteristic X-rays induced with general diagnostic X-ray equipment
治療分野Genichiro WakabayashiApplicability of self-activation of an NaI scintillator for measurement of photo-neutrons around a high-energy X-ray radiotherapy machine
核医学・MRI分野Seiji ShirakawaAttenuation correction of 111In planar images by use of dual energy, fundamental study by Monte Carlo simulation
診断分野Kazuhiro SatoAliased noise in X-ray CT images and band-limiting processing as a preventive measure
診断物理分野Xiangrong ZhouDevelopment and evaluation of statistical shape modeling for principal inner organs on torso CT images.
核医学MR分野Harumasa KasaiA method for assessing metabolic information on liver and bone marrow by use of double gradient-echo with spectral fat suppression.
治療分野Hiroyuki DateA formulation of cell surviving fraction after radiation exposure.
診断分野Risa TogeComputerized image-searching method for finding correct patients for misfiled chest radiographs in a PACS server by use of biological fingerprints
治療分野Mutsumi TashiroTechnical approach to individualized respiratory-gated carbon-ion therapy for mobile organs
核医学/MR /Informatics分野Yoshiyuki IshimoriFeasibility of MR perfusion-weighted imaging by use of a time-spatial labeling inversion pulse
診断分野Naoki KamiyaAutomated segmentation of psoas major muscle in X-ray CT images by use of a shape model: preliminary study
治療分野Satoshi KidaIn-treatment 4D cone-beam CT with image-based respiratory phase recognition
核医学/MR /Informatics分野Kazumasa InoueOptimization of injection dose based on noise-equivalent count rate with use of an anthropomorphic pelvis phantom in three-dimensional 18F-FDG PET/CT
診断分野Eiichiro OkumuraEffectiveness of temporal and dynamic subtraction images of the liver for detection of small HCC on abdominal CT images: comparison of 3D nonlinear image-warping and 3D global-matching techniques
治療分野Kenya MuraseSimulation and experimental studies on magnetic hyperthermia with use of superparamagnetic iron oxide nanoparticles
核医学/MR /Informatics分野Daiki MagomeAutomated segmentation method of white matter and gray matter regions with multiple sclerosis lesions in MR images
核医学/MR /Informatics分野Tomoyuki HasegawaCreation and application of three-dimensional computer-graphic animations for introduction to radiological physics and technology 
治療分野Shinichiro MoriPractical approaches to four-dimensional heavy-charged-particle lung therapy 
診断分野Takashi OhnishiThree-dimensional motion study of femur, tibia, and patella at the knee joint from bi-plane fluoroscopy and CT images 
診断分野Toshihiro OguraStudy of intra-abdominal fat distribution in sigmoid colon cancer in Japanese patients by use of MDCT data
治療・保健物理分野Toshioh FujibuchiMeasurement of therma l neutron f luence distribution with use of 23Na radioactivation around a medical compact cyclotron
核医学/MR 分野Taiga YamayaImaging simulations of an "OpenPET" geometry with shifting detector rings
診断分野Rie TanakaDevelopment of a cardiac evaluation method using a dynamic flat-panel detector (FPD)
system: a feasibility study using a cardiac motion phantom 
治療・保健物理分野Teiji NishioExperimental verification of proton beam monitoring in a human body by use of activity image of positron-emitting nuclei generated by nuclear fragmentation reaction 
核医学/MR 分野Hideaki HaneishiSimplified simulation of four-layer depth of interaction detector for PET 
Top of Page