M. Aslam

Three-baryon femtoscopy as an effective 3$\rightarrow$3 scattering experiment

Dana Ali Hassan Abdallah, Ibrahim Jaser Abualrob, Shreyasi Acharya, Kshitij Agarwal et autres

International audience

Modeling and simulation for the second wave of COVID-19 in Pakistan

Bilal Javed Mughal, Sohaib Hassan, M. Aslam, Muzaffar Bashir et autres

Owing to an unexpected rate of COVID-19 spread around the globe and to have safer health in the future, it is crucial to predict exposure from different useful predictive modeling techniques. We modeled cumulative and daily (diagnosed and deaths) cases in Pakistan …

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MANAGEMENT OF DISUSED SEALED RADIOACTIVE SOURCES (DSRS) COLLECTED FROM PUNJAB, NWFP AND CAPITAL TERRITORY OF PAKISTAN

Farooq Jan, AM Yunus Wahid, Ehsan-ul Haq, S. S. Ahmad et autres

Disused Sealed Radiation Sources (DSRSs) pose radiological threat and concern globally to both public and the environment. The sources may get mislaid or lost if not properly managed due to their small physical size and therefore, need to be managed with an …

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A practical profile of integrated safety assessment of near-surface disposal of radwaste at PINSTECH

F Jan, S. S. Ahmad, Syeda Mariam Hasany, M. Aslam

Near-surface or shallow land disposal of radioactive waste has been the primary practice at the Pakistan Institute of Nuclear Science and Technology (PINSTECH). The adopted choice of this mode of disposal has been based on a study of the site and the …

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Radiation Protection Aspects of Shallow Land Disposal of Low and Intermediate Level Liquid and Solid Radioactive Waste at PINSTECH

F Jan, Abdul Muhaimin Ab Wahid, M. Aslam, S. D. Orfi

Operation of Pakistan Research Reactors 1 and 2, radioisotope production plants, and allied laboratories at the Pakistan Institute of Nuclear Science & Technology (PINSTECH) generates radioactive waste effluents of low and intermediate level. These waste materials are managed in a way to …

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Removal of silver and antimony radionuclides from low-level liquid radioactive waste of a research reactor through different scavenging precipitations

F. Jan, M. Aslam, S. D. Orfi, Abdul Wahid

Summary After upgrading the Pakistan Research Reactor-1, the amount of liquid waste and its increased radioactivity content necessitated a pre-disposal treatment to bring the activity down to disposal limits. Amongst several radionuclides in the waste, 110mAg and to some extent 124Sb were …

Radiological Impact on the Workers, Members of the Public, and Environment from the Partial Decommissioning of Pakistan Research Reactor-I and Its Associated Radioactive Residues

Amanat Ali, S. D. Orfi, H. Manzur, M. Aslam

The Pakistan Research Reactor-I (PARR-I) is a swimming pool type research reactor originally designed and built for a thermal power of 5 MW using High Enriched Uranium (HEU) fuel. In 1990-1991 the reactor was redesigned, partially decommissioned and recommissioned to operate with …