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Projekti

Karakterizacija radiofotoluminiscentnih dozimetara u poljima teških nabijenih čestica - RPLforHCP

Projekt se bavi istraživanjima odziva i dozimetrijskih svojstava radiofotoluminiscentnih (RPL) dozimetara u poljima teških nabijenih čestica (HCP).

Glavni istraživač: dr.sc. Marija Majer

Primjena ionizirajućeg zračenja za dobivanje polimernih nano prevlaka na metalima (RadMeNano)

Istraživanja na RadMeNano projektu se bave umrežavanjem samoorganiziranih molekularnih slojeva na metalnim površinama primjenom ionizirajućeg zračenja u svrhu zaštite metala i poboljšavanja njegovih svojstava. Ciljevi istraživanja na projektu su usmjereni ka razvoju postupka za dobivanje polimernih nano prevlaka, karakterizaciju nastalih prevlaka i ispitivanju njihovih svojstava. Projekt provodi multidisciplinarni tim sa tri institucije: Institut Ruđer Bošković, Fakultet kemijskog inženjerstva i tehnologije i Akademije likovnih umjetnosti.

Glavni istraživač: dr.sc. Katarina Marušić

Utjecaj polimera na radiolitičku sintezu magnetskih nanočestica, POLRADNANOP

Projekt se bavi gama-radiolitičkom sintezom magnetskih nanočestica s posebnim naglaskom na utjecaj polimera.

Glavni istraživač: dr.sc. Tanja Jurkin

EURAMED rocc-n-roll

EURopeAn MEDical application and Radiation prOteCtion Concept: strategic research agenda aNd ROadmap interLinking to heaLth and digitisation aspects

Collaborative Research Agreement between Chiyoda Technol Corporation and Ruđer Bošković Institute

Promote fundamental and application research on radiophotoluminescence (RPL). Scientific collaboration in the field of radiation application and radiation protection for the purpose of contributing to and further developing this academic field.

IAEA RER2018025/RER102: "Enhancing the Use of Radiation Technologies in Industry and Environment"

Objective of the project is contributing to improving human health, keeper a cleaner environment, and developing advanced materials through the extended and qualified use of radiation technologies.

EURAMET project: Metrology for mobile detection of ionising radiation following a nuclear or radiological incident (Short Name: Preparedness, Project Number: 16ENV04 )

New radioactivity measurements will support fast, effective protection of the environment following nuclear events

VERIDIC: Validation and Estimation of Radiation skIn Dose in Interventional Cardiology

The project is funded by the “CONCERT-European Joint Programme for the Integration of Radiation Protection Research in Europe” and will last 24 months (2018-2020).

The main objective of VERIDIC project is the harmonization of radiation dose structured report (RDSR) and the validation of skin dose calculation (SDC) software products in IC, which will optimize radiation protection of patients.

The project involves 10 partners from 8 European countries.

Coordinated Research Project: Disinfection and Consolidation of Archived Materials and Cultural Heritage Artefacts by Radiation Processing Techniques

Assessment of optimal irradiation conditions for gamma-radiation treatment of common fungi on selected cultural heritage objects

Glavni istraživač: dr.sc. Branka Mihaljević

COST Action CM1201: Biomimetic Radical Chemistry

CMST COST Action CM1201

Biomimetic Radical Chemistry

Glavni istraživač: dr.sc. Branka Mihaljević

Upgrading of 60Co panoramic irradiation facility in Croatia

 The project will enhance research in various aspects of irradiation technologies as well as radiation processing services in the field of development, contract services in Croatia and the neighboring countries

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