Search Results - "SELVAM, T"

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  1. 1

    INVESTIGATION OF APPLICABILITY OF PURE PROPANE GAS FOR MICRODOSIMETRY AT NEUTRON FIELDS: A MONTE CARLO STUDY by Chattaraj, Arghya, Selvam, T Palani, Datta, D

    Published in Radiation protection dosimetry (30-11-2019)
    “…Applicability of pure propane gas for microdosimetric measurements in neutron fields was investigated using the FLUKA Monte Carlo code. Monoenergetic neutrons…”
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    Journal Article
  2. 2

    Monte Carlo-based Investigation of Absorbed-dose Energy Dependence of Thermoluminescent Dosimeters in Therapeutic Proton and Carbon Ion Beams by Chattaraj, Arghya, Mishra, Subhalaxmi, Selvam, T Palani

    Published in Journal of medical physics (01-04-2024)
    “…The present study is aimed at calculating relative absorbed-dose energy response correction ( ) of commonly used thermoluminescent dosimeters (TLDs) such as…”
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  3. 3

    APPLICABILITY OF PURE PROPANE GAS FOR MICRODOSIMETRY AT BRACHYTHERAPY ENERGIES: A FLUKA STUDY by Chattaraj, Arghya, Selvam, T Palani

    Published in Radiation protection dosimetry (17-07-2020)
    “…Abstract Applicability of pure propane gas for microdosimetric measurements at photon energies relevant in brachytherapy is studied using the Monte Carlo-based…”
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  4. 4

    Monte Carlo‐based dosimetry of proposed bi‐radionuclide (125I and 106Ru/106Rh) eye plaque: A feasibility study by Mishra, Subhalaxmi, Selvam, T. Palani, Sahoo, Sridhar, Saxena, Sanjay Kumar, Kumar, Yogendra, Sapra, Balvinder K.

    Published in Medical physics (Lancaster) (01-10-2024)
    “…Background Combining the sharp dose fall off feature of beta‐emitting 106Ru/106Rh radionuclide with larger penetration depth feature of photon‐emitting125I…”
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  5. 5

    Microdosimetry-based relative biological effectiveness calculations for radiotherapeutic electron beams: a FLUKA-based study by Chattaraj, Arghya, Selvam, T. Palani

    Published in Radiological physics and technology (01-09-2021)
    “…Based on FLUKA, the present study is aimed at calculating the microdosimetric distributions of electron beams (6, 12 and 18 MeV) for radiotherapy as a function…”
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  6. 6

    Mass attenuation coefficients and effective atomic numbers of biological compounds for gamma ray interactions by Gaikwad, Dhammajyot Kundlik, Pawar, Pravina P., Selvam, T. Palani

    “…The mass attenuation coefficients (μ/ρ) for some enzymes, proteins, amino acids and fatty acids were measured at 122, 356, 511, 662, 1170, 1275 and 1330keV…”
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  7. 7

    Calculation of biological effectiveness of SOBP proton beams: a TOPAS Monte Carlo study by Chattaraj, Arghya, Selvam, T Palani

    Published in Biomedical physics & engineering express (01-05-2024)
    “…This study aims to investigate the biological effectiveness of Spread-Out Bragg-Peak (SOBP) proton beams with initial kinetic energies 50-250 MeV at different…”
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  8. 8

    MACHINE LEARNING ALGORITHMS FOR IDENTIFICATION OF ABNORMAL GLOW CURVES AND ASSOCIATED ABNORMALITY IN CaSO4:DY-BASED PERSONNEL MONITORING DOSIMETERS by Pathan, Munir S, Pradhan, S M, Selvam, T Palani

    Published in Radiation protection dosimetry (16-09-2020)
    “…Abstract In the present study, machine learning (ML) methods for the identification of abnormal glow curves (GC) of CaSO4:Dy-based thermoluminescence…”
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  9. 9

    Evaluation of uncertainty in personal dose measured using CaSO4:Dy-based TLD badge at different workplaces by Pradhan, Suresh M, Pathan, Munir S, Chakrabarty, Shatabdi, Selvam, T Palani, Sapra, Balvinder K

    Published in Radiation protection dosimetry (22-06-2024)
    “…The metrological quality of a measurement is characterised by evaluating the uncertainty in the measurement. In this paper, uncertainty in personal dose…”
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  10. 10

    EGSnrc-based depth-dependent photon energy response and phantom scatter corrections for low-energy brachytherapy sources by Mishra, Subhalaxmi, Selvam, T. Palani

    Published in Radiological physics and technology (01-09-2020)
    “…In the present study, beam quality correction, k Q , Q 0 ( r ) , and phantom scatter correction, k phan ( r ), for low-energy brachytherapy sources, 131 Cs,…”
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  11. 11

    ESTIMATION OF ACTUAL DOSE BASED ON BAYESIAN PROBABILISTIC APPROACH USING PERSONNEL MONITORING DOSE RECORDS by Pathan, Munir S, Pradhan, S M, Selvam, T Palani

    Published in Radiation protection dosimetry (30-12-2020)
    “…Abstract In this study, the Bayesian probabilistic approach is applied for the estimation of the actual dose using personnel monitoring dose records of…”
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  12. 12

    MONTE CARLO-BASED INVESTIGATION OF MICRODOSIMETRIC DISTRIBUTION OF HIGH ENERGY BRACHYTHERAPY SOURCES by Chattaraj, Arghya, Selvam, T Palani, Datta, D

    Published in Radiation protection dosimetry (31-12-2019)
    “…FLUKA-based Monte Carlo calculations were carried out to study microdosimetric distributions in air and in water for encapsulated high energy brachytherapy…”
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  13. 13

    Reactive coating process for binder-free zeolite FAU films on metallic aluminum supports by Chanda, R., Selvam, T., Herrmann, R., Schwieger, W.

    Published in Materials letters (15-01-2018)
    “…[Display omitted] •A novel approach for zeolite FAU films on metallic aluminum support.•Use of carboxylic acid as complexing agent in zeolite coating formation…”
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  14. 14

    Monte carlo study on dose distributions around 192Ir, 169Yb, and 125I brachytherapy sources using EGSnrc-based egs_brachy user-code by Mishra, Subhalaxmi, Mishra, Bibekananda, Selvam, T, Deshpande, Sudesh, Pathan, Munir, Kumar, Rajesh

    Published in Journal of medical physics (01-07-2022)
    “…Introduction/: As per the recommendations of the American Association of Physicists in Medicine Task Group 43, Monte Carlo (MC) investigators should reproduce…”
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  15. 15

    Evaluation of radiological data of some saturated fatty acids using gamma ray spectrometry by Kore, Prashant S., Pawar, Pravina P., Palani Selvam, T

    “…Radiological parameters such as mass attenuation coefficients (μm), total attenuation cross section (σtot), molar extinction coefficient (ε), mass energy…”
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  16. 16

    Monte Carlo Calculation of Beam Quality and Phantom Scatter Corrections for Lithium Formate Electron Paramagnetic Resonance Dosimeter for High-energy Brachytherapy Dosimetry by Mishra, Subhalaxmi, Selvam, T Palani

    Published in Journal of medical physics (01-04-2017)
    “…To investigate beam quality correction, ( ) and phantom scatter correction, ( ) for lithium formate dosimeter as a function of distance r along the transverse…”
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  17. 17

    Electrochemical synthesis of self-organized TiO2 nanotubular structures using an ionic liquid (BMIM-BF4) by PARAMASIVAM, I, MACAK, J. M, SELVAM, T, SCHMUKI, P

    Published in Electrochimica acta (30-12-2008)
    “…We show that an ionic liquid consisting of imidazolium salt with a BF4 counter ion (BMIM-BF4) can directly be used to grow well-defined layers of…”
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  18. 18

    A multi-stage machine learning algorithm for estimating personal dose equivalent using thermoluminescent dosimeter by Pathan, Munir S, Pradhan, S M, Selvam, T Palani, Sapra, B K

    Published in Machine learning: science and technology (01-03-2024)
    “…In the present age, marked by data-driven advancements in various fields, the importance of machine learning (ML) holds a prominent position. The ability of ML…”
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  19. 19

    Monte Carlo Study on Dose Distributions Around 192 Ir, 169 Yb, and 125 I Brachytherapy Sources Using EGSnrc-based egs_brachy User-code by Mishra, Subhalaxmi, Mishra, Bibekananda, Selvam, T Palani, Deshpande, Sudesh, Pathan, Munir Shabbir, Kumar, Rajesh

    Published in Journal of medical physics (01-07-2022)
    “…As per the recommendations of the American Association of Physicists in Medicine Task Group 43, Monte Carlo (MC) investigators should reproduce previously…”
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  20. 20

    MAPPING OF WORKPLACE RADIATION FIELDS IN DIAGNOSTIC RADIOLOGY FACILITIES USING PERSONNEL MONITORING TLD BADGES by Srivastava, Kshama, Chakrabarty, Shatabdi, Pai, Rajeshri, Pradhan, S M, Chaubey, Ajay, Selvam, T P, Sapra, B K

    Published in Radiation protection dosimetry (30-12-2020)
    “…Abstract The radiation protection programme is aimed at safe usage of radiation at workplace, ensuring minimum possible dose to radiation workers, patients and…”
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