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L. Lovedy Singh
Observed names:
L L Singh,
L Lovedy,
Longjam Lovedy Singh
Institution:
Manipur University
Observed institution:
Manipur University
ORCID:
0000-0002-0695-3748
Observed ORCID:
0000-0002-0695-3748
OpenAlex ID:
A5083853375
Theoretical derivation of a simplified form of the OTOR/GOT differential equation
2013
·
L. Lovedy Singh
, R.K. Gartia
·
Radiation Measurements
·
43
Evaluation of trapping parameter of quartz by deconvolution of the glow curves
2011
·
R.K. Gartia
, L. Lovedy Singh
·
Radiation Measurements
·
35
A new method of determination of trapping parameters of glow peaks relevant to dosimetry and dating from their lifetime
2011
·
L. Lovedy Singh
, R. K. Gartia
·
Radiation effects and defects in solids
·
30
Glow-curve deconvolution of thermoluminescence curves in the simplified OTOR equation using the Hybrid Genetic Algorithm
2013
·
L. Lovedy Singh
, R.K. Gartia
·
Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms
·
16
Derivation of a simplified OSL OTOR equation using Wright Omega function and its application
2015
·
L. Lovedy Singh
, R.K. Gartia
·
Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms
·
15
Derivation of an expression for lifetime (τ) in OTOR model
2013
·
L. Lovedy Singh
, R.K. Gartia
·
Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms
·
12
Formulation of OTOR differential equation for thermoluminescence using temperature dependent frequency factor
2020
·
L. Lovedy Singh
·
Nuclear Instruments and Methods in Physics Research Section B Beam Interactions with Materials and Atoms
·
10
Derivation of general order kinetics equation using probability theory
2017
·
Longjam Lovedy Singh
·
Radiation effects and defects in solids
·
10
Analysis of trap distribution of a red persistent luminescent materials using thermoluminescence
2020
·
L. Lovedy Singh
, S. Nabadwip Singh
, et al.
·
Luminescence
·
6
Analysis of thermoluminescence of Li2B4O7:Cu, Ag, P phosphor by simplified General one Trap differential equation
2014
·
A N Singh
, S N Singh
, et al.
·
Indian Journal of Physics
·
5
Ice-temperature irradiated thermoluminescence as a rapid screening tool for photocatalytic potential: a study of CaSO4:Dy phosphors
2026
·
T. Bibinash Devi
, H. Nivedita Devi
, et al.
·
Applied Physics A
·
1
Photodiode-Based TL Reader for Analyzing Persistent Luminescent Phosphor
2025
·
N. Chingkhei Meitei
, L. Lovedy Singh
, et al.
·
IEEE Sensors Journal
·
1
Thermoluminescence Analysis of NIR Persistent Phosphor (LGO:Cr) Synthesized using Sol–Gel and Solid-State Methods
2024
·
N. Ibobi Singh
, L. Lovedy Singh
, et al.
·
Journal of Electronic Materials
·
1
Analysis of glow curves of quartz and transluminescence dating
2009
·
R. K. Gartia
, L Lovedy
, et al.
·
Indian Journal of Pure & Applied Physics
·
1
Low-Temperature Thermoluminescence as a Predictive Descriptor for Photocatalytic Activity in Semiconductor Oxides
2026
·
H. Nivedita Devi
, T. Bibinash Devi
, et al.
·
Journal of Electronic Materials
A Filter-Less Thermoluminescence Reader Utilizing SiPM and Zynq SoC for Analysis of NIR PersL In Vivo Imaging Phosphors
2026
·
N. Chingkhei Meitei
, L. Lovedy Singh
, et al.
·
IEEE Transactions on Instrumentation and Measurement
Thermoluminescence analysis of blue persistent phosphor
2020
·
E. Gopal
, L. Lovedy Singh
, et al.
·
AIP conference proceedings
Reply to the comments of Munish Kumar of “Derivation of general order kinetics equation using probability theory by Longjam Lovedy”
2017
·
L. Lovedy Singh
·
Radiation effects and defects in solids
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Works count:
18
Citation count:
186
H-index:
8
I10-index:
8
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