Search Results - "Dileep, B. N."

NE-OBT and TFWT activity concentrations in wild plants in the vicinity of the PHWR nuclear power plant and control regions of the tropical monsoonal climatic region of the Indian subcontinent by Nayak S, Rashmi, D'Souza, Renita Shiny, Mohan, M. P, Bharath, S., Kamath, Srinivas S., Dileep, B. N, Ravi, P. M, N, Karunakara

“…The results of the first detailed study, involving a large number of samples, on water equivalent factor (WEQp), non-exchangeable organically bound tritium…”
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Tritium in water bodies around the Kaiga generating station by Kamath, Srinivas S., Narayana, B., D’Souza, Renita Shiny, Nayak, S. Rashmi, Mohan, M. P., Dileep, B. N., Baburajan, A., Ravi, P. M., Karunakara, N.

“…Tritium concentration was monitored in different water sources collected around Kaiga Nuclear Power plant, India. The concentration was in the ranges <…”
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Importance of site specific data on carbon content in environmental matrices for accurate determination of carbon-14 specific activity by D’Souza, Renita Shiny, Rashmi Nayak, S., Bharath, S., Mohan, M. P., Dileep, B. N., Ravi, P. M., Karunakara, N.

“…Carbon content (%) measurement for determination of 14 C specific activity (Bq kg −1 C) in environmental matrices based on thermal oxidation of the sample…”
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Soil to leaf transfer factor for the radionuclides 226Ra, 40K, 137Cs and 90Sr at Kaiga region, India by James, Joshy P., Dileep, B.N., Ravi, P.M., Joshi, R.M., Ajith, T.L., Hegde, A.G., Sarkar, P.K.

“…Transfer factors are the most important parameters required for mathematical modeling used for environmental impact assessment of radioactive contamination in…”
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Studies on soil to grass transfer factor (Fv) and grass to milk transfer coefficient (Fm) for cesium in Kaiga region by Karunakara, N., Ujwal, P., Yashodhara, I., Rao, Chetan, Sudeep Kumara, K., Dileep, B.N., Ravi, P.M.

“…Detailed studies were carried out to establish site-specific soil to grass transfer factors (Fv) and grass to cow milk transfer coefficients (Fm) for…”
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Quantification of excess Carbon-14 specific activity in terrestrial biota in the off-site locations of the PHWR nuclear power plant at Kaiga, India by Karunakara, N., D'Souza, Renita Shiny, Nayak, S. Rashmi, Bharath, S., Krishnan, K. Arya, Dileep, B.N., Ravi, P.M.

“…This is the first detailed study on 14C activity in the environment surrounding a nuclear facility in India. Samples of food matrices and wild plants from the…”
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Carbon-14 emission from the pressurized heavy water reactor nuclear power plant at Kaiga, India by Bharath, Arya Krishnan, K., D'Souza, Renita Shiny, Rashmi Nayak, S., Dileep, B.N., Ravi, P.M., Mangavi, S.S., Salunke, G.S., Veerendra, D., Karunakara, N.

“…This is a detailed study on oxide (CO2) and reduced (hydrocarbons, CnHm) forms of 14C releases through gaseous effluents from the Kaiga nuclear power plant…”
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Organically bound tritium: optimization of measurements in environmental matrices by combustion method and liquid scintillation spectrometry by Nayak, S. Rashmi, D’Souza, Renita Shiny, Kamath, S. Srinivas, Mohan, M. P., Bharath, S., Shetty, Trilochana, Kumara, K. Sudeep, Narayana, B., Dileep, B. N., Ravi, P. M., Karunakara, N.

“…Optimization of a method, based on thermal oxidation using a tube furnace system (Pyrolyser), for the separation of organically bound tritium (OBT) from…”
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An advanced method for quick detection of heavy water leak in steam generators of pressurized heavy water reactors by Dileep, B.N., Ravi, P.M., Sangamesh, Managanvi, Karunakara, N.

“…[Display omitted] •Developed Cerenkov counter for D2O leak detection online for steam generators.•Successfully employed for leak detection in a PHWR during…”
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Estimation of air-to-grass mass interception factors for iodine by Karunakara, N., Ujwal, P., Yashodhara, I., Sudeep Kumara, K., Mohan, M.P., Bhaskar Shenoy, K., Geetha, P.V., Dileep, B.N., James, Joshi P., Ravi, P.M.

“…Air-to-grass mass interception factors for radionuclide are important basic input parameter for the estimation of radiation dose to the public around a nuclear…”
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Environmental transportation of tritium and estimation of site-specific model parameters for Kaiga site, India by Reji, T K, Ravi, P M, Ajith, T L, Dileep, B N, Hegde, A G, Sarkar, P K

“…Tritium content in air moisture, soil water, rain water and plant water samples collected around the Kaiga site, India was estimated and the scavenging ratio,…”
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Evaluation of internal dose to members of the public at the Kaiga site, India, due to the ingestion of primordial radionuclide 40K by James, Joshy P, Dileep, B N, Mulla, R M, Joshi, R M, Vishnu, M S, Nayak, P D, Ravi, P M, Sarkar, P K

“…Four 220 MWe pressurised heavy water reactors are under operation at Kaiga in the state of Karnataka in India. Environmental radiological survey of the…”
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Transfer coefficient of 137Cs from feed to cow milk in tropical region Kaiga, India by Joshi, R M, James, J P, Dileep, B N, Mulla, R M, Reji, T K, Ravi, P M, Hegde, A G, Sarkar, P K

“…In the transport model for the prediction of the concentration of (137)Cs in milk, the transfer coefficient from feed to milk, F(m), is an important parameter…”
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Tritium concentration in ambient air around Kaiga Nuclear Power Plant by Kamath, Srinivas, Narayana, B, D'Souza, Renita, Nayak, Rashmi, Mohan, M, Dileep, B, Baburajan, A, Ravi, P, Karunakara, N

“…Tritium (3 H) is one of the important long-lived radioisotopes in the gaseous effluent from nuclear power plants. In this article, we present the results of 3…”
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Soil to leaf transfer factor for the radionuclides super(226Ra, ) super(4)0K, super(137Cs and ) super(9)0Sr at Kaiga region, India by James, Joshy P, Dileep, B N, Ravi, P M, Joshi, R M, Ajith, T L, Hegde, A G, Sarkar, P K

“…Transfer factors are the most important parameters required for mathematical modeling used for environmental impact assessment of radioactive contamination in…”
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Transfer coefficient of super(137)Cs from feed to cow milk in tropical region Kaiga, India by Joshi, R M, James, J P, Dileep, B N, Mulla, R M, Reji, T K, Ravi, P M, Hegde, A G, Sarkar, P K

“…In the transport model for the prediction of the concentration of super(137)Cs in milk, the transfer coefficient from feed to milk, Fm, is an important…”
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