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Harish Mohan Mittal

Observed names: H M Mittal, H. M. MITTAL, H. M. Mittal, H.M. Mittal, HARISH MOHAN MITTAL
ORCID: 0000-0001-5652-7045
Observed ORCID: 0000-0001-5652-7045
OpenAlex ID: A5102935975
Estimation of terrestrial radionuclide concentration and effect of soil parameters on exhalation and emanation rate of radon
2017 · Rajan Jakhu, Rohit Mehra, et al. · Journal of Geochemical Exploration · 36
Exposure assessment of natural uranium from drinking water
2016 · Rajan Jakhu, Rohit Mehra, et al. · Environmental Science Processes & Impacts · 33
Empirical evidence for magic numbers of superdeformed shapes
2013 · Neha Sharma, H. M. Mittal, et al. · Physical Review C · 18
Description of identical superdeformed bands of the A ∼ 190 mass region
2017 · Anshul Dadwal, H. M. Mittal · The European Physical Journal A · 13
ASSESSMENT OF INHALATION DOSE FROM THE INDOOR222Rn AND220Rn USING RAD7 AND PINHOLE CUP DOSEMETERS
2016 · R. Mehra, R. Jakhu, et al. · Radiation Protection Dosimetry · 12
Study of shape phase transitions and theF-spin multiplets through the shape fluctuation energy
1990 · J B Gupta, H M Mittal, et al. · Physica Scripta · 9
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The magnification of structural anomalies with Grodzins systematic in the framework of Asymmetric Rotor Model
2018 · Amit Bindra, H.M. Mittal · Nuclear Physics A · 8
Systematic dependence of Grodzins product rule on N p N n
2015 · Parveen Kumari, H. M. Mittal · International Journal of Modern Physics E · 8
Identical superdeformed bands in yrast 152 Dy: a systematic description
2018 · Anshul Dadwal, H M Mittal · Journal of Physics G Nuclear and Particle Physics · 7
Spins of superdeformed rotational bands in Tl isotopes
2017 · Anshul Dadwal, H. M. Mittal · The European Physical Journal A · 7
Systematic study of rigid triaxiality in Ba–Pt nuclei and role of $$Z=64$$ Z = 64 subshell effect
2018 · Monica Karday, H M Mittal, et al. · Pramana · 6
Validity of the single-term formula for ground band energies in light Xe–Gd nuclei
2010 · H M Mittal, Vidya Devi, et al. · Physica Scripta · 6
Systematic dependence of the γ-gB(E2) ratios on the Np Nn product
1990 · J. B. Gupta, H. M. Mittal, et al. · Physical Review C · 6
Study of Grodzins product (E(2 + 1 ) * B(E2)↑) in the framework of the Asymmetric Rotor Model
2015 · Parveen Kumari, Harish Mohan Mittal · Open Physics · 5
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Tests of rigid triaxiality for light Te-Sm nuclei
1991 · H M Mittal, S Sharma, et al. · Physica Scripta · 5
Empirical evidence of a superrigid structure of “flat” superdeformed bands
2019 · Anshul Dadwal, H. M. Mittal · Physical Review C · 4
Systematic dependence of SFE * B (E2)↑ and ROTE * B (E2)↑ on N p N n in the framework of shape fluctuation model
2017 · Amit Bindra, H. M. Mittal · Chinese Physics C · 4
Study of multiphononγγ-band in neutron-rich112Ru nucleus and molybdenum isotopes
2015 · Parveen Kumari, H M Mittal · Physica Scripta · 4
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Systematic Study of Nuclear Softness of Superdeformed Bands in a = 190 Mass Region
2013 · NEHA SHARMA, H. M. MITTAL · International Journal of Modern Physics E · 4
Estimation of Radiological Dose From Progeny of 222 Rn and 220 Rn Using DTPS/DRPS and Wire-Mesh-Capped Progeny Sensors
2016 · Rohit Mehra, Rajan Jakhu, et al. · Dose-Response · 3
Band head spin assignment of superdeformed bands in 86 Zr
2016 · Anshul Dadwal, H. M. Mittal · Chinese Physics C · 3
Level spins of superdeformed bands in A ∼ 80 mass region
2016 · Anshul Dadwal, H. M. Mittal, et al. · International Journal of Modern Physics E · 3
Band head spin assignment of superdeformed bands in A ∼60−80 mass region through nuclear softness formula
2017 · Honey Sharma, H. M. Mittal · International Journal of Modern Physics E · 2
Systematic study of the product through the asymmetric rotor model
2016 · Parveen Kumari, H. M. Mittal · Chinese Physics C · 2
Band moment of inertia of identical SD bands in A = 190 mass region
2013 · H.M. Mittal, Neha Sharma · International Journal of Nuclear Energy Science and Technology · 2
Works count: 62
Citation count: 222
H-index: 8
I10-index: 5
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