Browsing by Author "Modak, R. S."
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- Computational Schemes for Online Flux Mapping System in a Large-Sized Pressurized Heavy Water Reactor(2012) Mishra, S.; Modak, R. S.; Ganesan, S.
- Evaluation of dominant time-eigenvalues of neutron transport equation by Meyers sub-space iterations(2011) Gupta, A.; Modak, R. S.
- Iterative method for obtaining the prompt and delayed alpha-modes of the diffusion equation(2011) Singh, K. P.; Degweker, S. B.; Modak, R. S.; Singh, K.
- Iterative schemes for obtaining dominant alpha-modes of the neutron diffusion equation(2009) Singh, K. P.; Modak, R. S.; Degweker, S. B.; Singh, K.
- Krylov Sub-Space Methods for K-Eigenvalue Problem in 3-D Neutron Transport(2004) Gupta, A.; Modak, R. S.
- New applications of Orthomin (l) algorithm for K-eigenvalue problem in Reactor Physics(2006) Modak, R. S.; Gupta, Anurag
- On the use of the conjugate gradient method for the solution of the neutron transport equation(2002) Gupta, A.; Modak, R. S.
- Optimization of depleted uranium bundle loading in fresh core of Indian PHWR by evolutionary algorithm(2010) Mishra, S.; Modak, R. S.; Ganesan, S.
- Optimization of depleted uranium loading in fresh core of large sized Indian PHWR by evolutionary algorithm(2011) Mishra, S.; Modak, R. S.; Ganesan, S.
- Optimization of Thorium loading in fresh core of Indian PHWR by evolutionary algorithms(2009) Mishra, S.; Modak, R. S.; Ganesan, S.
- Parallelised Krylov subspace method for reactor kinetics by IQS approach(2005) Gupta, A.; Modak, R. S.; Gupta, H. P.; Vinod Kumar; Bhatt, K.
- A scheme for the evaluation of dominant time-eigenvalues of a nuclear reactor(Bhabha Atomic Research Centre, 2006) Modak, R. S.; Gupta, Anurag
- Selection of fuel channels for Thermal Power Measurement in 700 MWe Indian PHWR by evolutionary algorithm(2012) Mishra, S.; Modak, R. S.; Ganesan, S.
- A simple scheme for the direct evaluation of time-eigenvalues of neutron transport equation(2003) Modak, R. S.; Gupta, A.
- Time-dependent pseudo-reciprocity relations in neutronics(2002) Modak, R. S.; Sahni, D. C.
- Use of a new boundary condition in computational neutron transport. Nuclear Science and Engineering(2009) Modak, R. S.; Gupta, A.