Domain structure and dielectric properties of TGS and DTGS single crystals depending on growth conditions

Abstract

The irifluerice of growth temperature arid supersaturation of solution on domain structure and dielect,ric properties of TGS arid DTGS single crystals was investigated. The qualitative arid quantitative analysis of domain structures was carried out. The optimal growth conditions were found. It proves to be useful to arrange the measured values in table where lines correspond t o growth temperatures and columns -to supersaturations for investigation of optimal growth conditions. The diagonal of extremal values exists in this table. The existence of optimal growth conditions explains in terms of interaction between domain and defect structures.Dcr EinflnB der Wachstumstemperat,ur und der Cbws&t,t igung der Losuiig auf die Domanenstrukt,ur iind die dielektrischen Eigenschaft.en von TGS-und DTGS-Einkrist.allen wurde untersucht. Die qualitative und quaritit.ative Analyse der DomSlrienstrukt.ur wurde vorgenommen. Ebcriso crfolgto die Ermit,tlung der optimalen Wachstumsbedingungen. Die Darstellurig der Ergebnisse erfolgt in einer Tabellc, die die Beziehungen zwischen Wachstumstemperat ur und rbersdttigung zur Auffindung der optimalen 1Vachst)umsbedirigurigen wiedergibt. Die Existenz optimaler Wachstumsbedingungen druckt die \.l'rchselbeziehung zwischen dcr Domiineristruktur und der Defektstruktur aus.

Analysis of the switching process in triglycine sulphate crystals based on the Avrami model

“…This effect was observed predominantly in doped TGS as well as in pure crystals grown in the ferroelectric phase. The influence of the growth conditions on the domain structure in TGS was presented in [37].…”

Growth and Kinetic Measurements of Triglycine Sulphate Crystals

“…Triglycine sulphate crystals (TGS) with large applications as a pyroelectric material was intensively studied in relation with its growing conditions (MARECEK, NOVAK;TSEDRIK et al 1975TSEDRIK et al , 1976MALEK et al). However, growth kinetics at large supersaturations were not performed, except (001) type face (REISS et al).…”