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Dielectric dispersion,linear and nonlinear optical properties of Li_(2)O-WO_(3)-B_(2)O_(3):V_(2)O_(5)glasses

Journal of Advanced Dielectrics 2020年第3期10卷 64-71页

作者： Linganaboina Srinivasa Rao Chinthakuntla Thirmal Parchuri Raghavendra Rao Centre for Nanoscience and technology department of Physics(humanities&sciences)VNR Vignana Jyothi institute of Engineering and technology Bachupally Nizampet(S.O)Hyderabad-500090TelanganaIndia department of Physics Malla reddy Engineering College for Women Maisamma Guda Dhulapally(PO)Secundrabad-500100TelanganaIndia

40 Li_(2)O–5WO_(3)–(55-x)B_(2)O_(3):xV_(2)O_(5)(mol%)for 0.0≤x≤0.8 glasses were prepared by *** polarization was described in terms of the dielectric constant("0)and loss(tanδ).Mixed conduction phenomenon was explained by redox pairs V^(4+)↔V^(5+)and W^(5+)↔W^(6+) at high *** polarizability(αe)was determined over a range of frequencies(100 Hz–100 kHz)and temperatures(30–280℃).The change of boron coordination in the glass network was explained with the aid of temperature coefficient of polarizability(φ).Nonlinear susceptibility(χ^((3)))and optical band gap(E°)were studied as a function of concentration of V_(2)O_(5).The highest values ofαe andχ^((3))were obtained at x=0.6 mol%.These glasses may find potential practical applications in the fields of solid-state ionics and nonlinear optics.

关键词： Dielectric properties electronic polarizability third-order nonlinear optical susceptibility optical band gap

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Effect of carbon-doping on structural and dielectric properties of zinc oxide

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Journal of Advanced Dielectrics 2020年第4期10卷 61-67页

作者： MD.Parvez Ahmad A.Venkateswara Rao K.Suresh Babu G.Narsinga Rao Advanced Functional Materials Research Centre department of Physics Koneru Lakshmaiah Education Foundation VaddeswaramGunturAndhra Pradesh 522502India department of humanities&sciences marri laxman reddy institute of technology and management hyderabad Telangana 500043India

In this paper,Carbon-doped Zinc Oxide(C-ZnO)samples were prepared using the solid-state reaction *** influence of carbon-doping on the structural and dielectric properties of ZnO samples was *** shift in the highest peak position(101)in XRD patterns of carbon-doped samples was *** Raman peak at 581 cm^(-1) in undoped ZnO was shifted and broadened in carbon-doped ZnO *** ZnO samples doped with carbon show higher values of dielectric constant(~2400 at 1 kHz)compared to pure ZnO(~9 at 1 kHz)which was due to increase in native point defects in the *** ac conductivity(σ_(ac))value of the carbon-doped sample was enhanced by 103 times for((ZnO)_(0.9) C_(0.1))sample.

关键词： Zinc oxide dielectric properties high dielectric permittivity AC conductivity

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