piezoelectric property

Effect of MnO on Piezoelectric Property of Modified Lead Titanate Ceramics

MnO对改性钛酸铅陶瓷压电性能的影响

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the research of piezoelectric property of 0-3 piezoelectric ceramic composites

0-3型压电复合材料的压电性能研究

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the addition of 5% fly ash improves its piezoelectric property, but reduces its rupture intensity;

5%粉煤灰的加入提高了复合材料的机敏性能，却降低了材料的断裂强度；

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But their piezoelectric property is poor. Several processings, grain orientation growth ( TGG) and doping, which can improve performance of the bismuth layer structure lead-free piezoelectric material, are introduced.

本文重点介绍了提高铋层状结构无铅压电材料压电性能的措施&晶粒定向生长和掺杂。

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This indicated that the appropriate frit can improve the piezoelectric property of ceramics in right content.

这说明合适的玻璃料在适量掺杂情况下可以提高陶瓷材料的压电性能.

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the piezoelectric property of langasite optical crystal is introduced under the load of high repetition rate and high voltage.

介绍了在高重复率高电压的载荷下，以硅酸镓镧为例的电光晶体的压电特性。

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The composite can have better mechanical strength and piezoelectric property when PMN volume fraction is 50 %.

为了使复合材料具有较好的力学强度和压电性能,PMN的 体积分数取50%为宜.

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carbon fiber oxidized by nitric acid worsens cfrs's piezoelectric property and rupture intensity.

硝酸氧化碳纤维降低了材料的机敏性能，同时也降低了材料的断裂强度。

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