Lithiumniobat

Chemische Verbindungen (Compounds) in der Werkstoffforschung

Lithiumniobat

Lithiumniobat (LiNbO₃) ist ein ferroelektrischer, piezoelektrischer und nichtlinear-optischer Oxidkristall mit trigonalem Perowskit-ähnlichem Aufbau. Er weist große elektrooptische und pyroe elektrische Koeffizienten sowie Domänenschaltbarkeit auf. In der Werkstoffwissenschaft ist Lithiumniobat ein Modellwerkstoff für Domänenstrukturen, Defektchemie und Ionenleitfähigkeit und wird technologisch in Frequenzverdopplern, Oberflächenwellenbauelementen, Quantenoptik und integrierter Photonik eingesetzt.

Verwandte Tags

Neue Inhalte

Phase Transformation Temperature of Lithium Niobate-Lithium Tantalate Solid Solutions (LiNb1-xTaxO3) Determined by Electrical Conductivity

El Azzouzi, F.E. (Speaker)¹; Becker, K.-D.²; Fritze, H.¹; Ganschow, S.³; Kapp, A.⁴; Klimm, D.³; Leonard, M.V.⁴; Sanna, S.⁴; Schäfer, N.⁴

Oxygen partial pressure dependent electrical and acoustic properties of single crystalline Li(Nb,Ta)O3 solid solutions with varying Li-stoichiometry

Suhak, Y. (Speaker)¹; Tichy-Rács, E.¹; Hurskyy, S.¹; Yakhnevych, U.¹; El Azzouzi, F.¹; Ganschow, S.²; Fritze, H.¹

Surface-near domain engineering in multi-domain x-cut lithium niobate tantalate mixed crystals

Bollmers, L.¹; Babai-Hemati, T.¹; Koppitz, B.²; Eigner, C.¹; Padberg, L.¹; Rüsing, M. (Speaker)¹; Eng, L.M.²; Silberhorn, C.¹

Highlight Lecture

Li(Nb,Ta)O3 – phase diagram and growth of solid solution single crystals

Ganschow, S. (Speaker)¹; Amber, Z.H.²; Brützam, M.¹; Böttcher, K.¹; Fritze, H.³; Ganie, U.B.¹; Klimm, D.¹; Rüsing, M.²; Suhak, Y.³

Ferroelectric Hysteresis and Domain Poling Dynamics in the Lithium Niobate Family

Koppitz, B. (Speaker)¹; Amber, Z.H.¹; Eng, L.¹; Ganschow, S.²; Rüsing, M.¹

Diffusion of Lithium and Hydrogen in Lithium Niobate and Lithium Tantalate Single Crystals and Solid Solutions

Kofahl, C. (Speaker)¹; Borchardt, G.¹; Dörrer, L.¹; Fritze, H.¹; Ganschow, S.²; Jerliu, B.¹; Muscutt, B.³; Sanna, S.³; Schmidt, H.¹; Suhak, Y.¹; Uhlendorf, J.¹

Improved performance of Ni-rich NMC using a chemically activated coating process

Guo, Y. (Speaker)¹; Binder, J.²; Mereacre, V.²

Electric field poling of Li(Nb, Ta)O3 solid solutions at elevated temperatures

El Azzouzi, F.E. (Speaker)¹; Fritze, H.¹; Ganschow, S.²; Hurskyy, S.¹; Suhak, Y.¹

Beliebte Inhalte

Phase Transformation Temperature of Lithium Niobate-Lithium Tantalate Solid Solutions (LiNb1-xTaxO3) Determined by Electrical Conductivity

El Azzouzi, F.E. (Speaker)¹; Becker, K.-D.²; Fritze, H.¹; Ganschow, S.³; Kapp, A.⁴; Klimm, D.³; Leonard, M.V.⁴; Sanna, S.⁴; Schäfer, N.⁴

Highlight Lecture

Li(Nb,Ta)O3 – phase diagram and growth of solid solution single crystals

Ganschow, S. (Speaker)¹; Amber, Z.H.²; Brützam, M.¹; Böttcher, K.¹; Fritze, H.³; Ganie, U.B.¹; Klimm, D.¹; Rüsing, M.²; Suhak, Y.³

Electric field poling of Li(Nb, Ta)O3 solid solutions at elevated temperatures

El Azzouzi, F.E. (Speaker)¹; Fritze, H.¹; Ganschow, S.²; Hurskyy, S.¹; Suhak, Y.¹

Diffusion of Lithium and Hydrogen in Lithium Niobate and Lithium Tantalate Single Crystals and Solid Solutions

Kofahl, C. (Speaker)¹; Borchardt, G.¹; Dörrer, L.¹; Fritze, H.¹; Ganschow, S.²; Jerliu, B.¹; Muscutt, B.³; Sanna, S.³; Schmidt, H.¹; Suhak, Y.¹; Uhlendorf, J.¹

Oxygen partial pressure dependent electrical and acoustic properties of single crystalline Li(Nb,Ta)O3 solid solutions with varying Li-stoichiometry

Suhak, Y. (Speaker)¹; Tichy-Rács, E.¹; Hurskyy, S.¹; Yakhnevych, U.¹; El Azzouzi, F.¹; Ganschow, S.²; Fritze, H.¹

Improved performance of Ni-rich NMC using a chemically activated coating process

Guo, Y. (Speaker)¹; Binder, J.²; Mereacre, V.²

Surface-near domain engineering in multi-domain x-cut lithium niobate tantalate mixed crystals

Bollmers, L.¹; Babai-Hemati, T.¹; Koppitz, B.²; Eigner, C.¹; Padberg, L.¹; Rüsing, M. (Speaker)¹; Eng, L.M.²; Silberhorn, C.¹

Ferroelectric Hysteresis and Domain Poling Dynamics in the Lithium Niobate Family

Koppitz, B. (Speaker)¹; Amber, Z.H.¹; Eng, L.¹; Ganschow, S.²; Rüsing, M.¹

© 2026