Sanjay Kumar Keshri
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Stacked volume holographic gratings for extending the operational wavelength range in LED and solar applications
S Keshri, J Marín-Sáez, I Naydenova, K Murphy, J Atencia, D Chemisana, ...
Applied Optics 59 (8), 2569-2579, 2020
Development of a photopolymer holographic lens for collimation of light from a green light-emitting diode
S Keshri, K Murphy, V Toal, I Naydenova, S Martin
Applied Optics 57 (22), E163-E172, 2018
Holographically recorded low spatial frequency volume Bragg gratings and holographic optical elements
S Martin, H Akbari, S Keshri, D Bade, I Naydenova, K Murphy, V Toal
Holographic Materials and Optical Systems 4, 73-98, 2017
Development and testing of a dual-wavelength sensitive photopolymer layer for applications in stacking of HOE lenses
S Keshri, B Rogers, K Murphy, K Reynolds, I Naydenova, S Martin
Applied Sciences 11 (12), 5564, 2021
Theoretical Analysis of a Volume Holographic Lens Using Matlab
SK Keshri, K Murphy, I Naydenova, S Martin
2019 PhotonIcs & Electromagnetics Research Symposium-Spring (PIERS-Spring …, 2019
Comparison of two methods for equalising the diffraction efficiency of different spatial frequency components of holographic optical elements
S Keshri, K Murphy, V Toal, I Naydenova, S Martin
Holography: Advances and Modern Trends V 10233, 209-215, 2017
Optimisation of the performance of holographic beam-shaping diffractive diffusers through refinement of the recording process
C Jones, S Martin, S Keshri, D Cody, K Murphy
Photosensitive Materials and their Applications 11367, 13-21, 2020
Fabrication and analysis of volume phase holographic cylindrical lens
S Keshri, K Murphy, V Toal, I Naydenova, S Martin
International Conference on Fibre Optics and Photonics, Th2F. 4, 2016
Multilayer photopolymer for broad spectral range holographic optical elements (Conference Presentation)
S Keshri, I Naydenova, K Murphy, S Martin
Photosensitive Materials and their Applications 11367, 113670Q, 2020
Pulse Characteristics of Passively Mode-locked Dual-section Quantum-dash Laser Subjected to Optical Feedback
D Marah, P Kumar, H Asghar, S Keshri, R Kumar, JG McInerney
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