19 results on '"Alsaif, A"'
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2. Tailoring the FTIR, magnetic properties and neutron attenuation capacity of borosilicate glass: Role of Co3O4
3. Impact of B2O3/Co3O4 substitution on structure, physical, optical characteristics and photon attenuation capacity of borosilicate glasses
4. Influence of doping soda-lime-silica glasses with Gd2O3, In2O3, and La2O3 on the enhancing of their physical, opto-mechanical and radiation shielding properties
5. Design and experimental validation of a compact dual-band metamaterial perfect absorber for electromagnetic energy harvesting applications
6. Lutetium barium tellurite silicate glass samples doped with Fe2O3: Fabrication, physical, structure, and radiation attenuation capacity
7. Boro-tellurite glasses reinforced with ZrO2: Synthesis, structure, physical, optical characteristics as well as γ-ray shielding capacity
8. B2O3+SiO2+BaO+Sm2O3+Na2O+MoO3 glasses: Preparation, optical, physical characteristics as well as γ-ray absorption ability
9. Investigation of borate glasses reinforced with iron (III) oxide [Fe2O3]: Preparation, physical, UV–Vis properties and γ-ray attenuation efficacy
10. Linear and non-linear optical properties of (Ge1S2)100-X(As2Te3)X (0 ≤ x ≤ 100) films
11. Fabrication, physical and machine learning density prediction techniques of newly B2O3–ZnO–BaO–PtO2 glasses
12. Synthesis, structure, radiation attenuation efficacy as well as prediction of density using artificial intelligence techniques of lead borate lithium zinc strontium glasses
13. Machine learning density prediction and optical properties of calcium boro-zinc glasses
14. Linear optical characteristics as well as gamma-ray shielding capabilities of quaternary lithium-zinc borate glasses with Y3+ ions
15. Corrigendum to “Fabrication, physical and machine learning density prediction techniques of newly B2O3–ZnO–BaO–PtO2 glasses” [Opt. Mater. 142 (2023) 113994]
16. Synthesis, structure, radiation attenuation efficacy as well as prediction of density using artificial intelligence techniques of lead borate lithium zinc strontium glasses
17. Machine learning density prediction and optical properties of calcium boro-zinc glasses
18. Corrigendum to "Linear and non-linear optical properties of (Ge1S2)100-x(As2Te3)x (0 ≤ x ≤ 100) films" [Opt. Mater. 149 (2024) 1–9. 114972].
19. Linear optical characteristics as well as gamma-ray shielding capabilities of quaternary lithium-zinc borate glasses with Y3+ ions
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