tungsten bronze

the analysis of the load character of the tungsten bronze ceramic piezoelectric actuators

钨青铜系列压电陶瓷驱动器载荷特性分析

effect of doping on the structure and properties of some tungsten bronze type niobate crystals

掺杂对一些钨青铜铌酸盐晶体结构及性能影响

In this thesis, the spectral and thermal experiments results of CBN-28 were introduced, and were compared with some other tetragonal tungsten bronze crystals.

本文对CBN-28晶体的光谱特性和热特性进行了实验结果进行了介绍，并与其他钨青铜结构铌酸盐晶体进行了比较分析。

The results of XRD and SEM show that the main crystal phase is the non-full-filled tetragonal tungsten bronze structure.

SEM结构分析可知，主晶相为非填满型钨青铜结构四方晶相。

The tungsten bronze type solid solution systems, Sr _ ( 1-x ) Ba _ xNb _ 2 O _ 6 ( SBN ) and ( K _ yNa _ ( 1-y )) 0.4 ( Sr-( 1-x ) Ba _ x ) 0.8 Nb _ 2 O _ 6 ( KNSBN ), areimportant photorefractive materials with enormous potentialities.

Sr_ ( 1-x ) Ba_xNb_2O_6 ( SBN ) 和 ( K_yNa_ ( 1-y ))0.4 ( Sr_ ( 1-x ) Ba_x ) _0.8Nb_2O_6 ( KNSBN ) 两种钨青铜型晶体是很有发展前途的光折变材料.

In recent years there has been tremendous surge of interests in the development and demonstration of crystals with the structure of tetragonal tungsten bronze ( TTB).

近几十年来，人们对研究钨青铜结构的材料产生了浓厚兴趣并取得了很大进展。

improving the hysteresis characteristic of tungsten bronze ceramic piezoelectric actuators

钨青铜系列压电陶瓷驱动器迟滞特性的改善