Surface transverse waves exceed the material Q limit for surfaceacoustic waves on quartz

Avramov I.D.; Suohai M.

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Surface transverse waves exceed the material Q limit for surfaceacoustic waves on quartz

机译：表面横波超过了石英表面声波的材料Q极限

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State-of-the-art 1.244-GHz surface transverse wave (STW)nresonators on AT-cut quartz are characterized. They demonstrate annunloaded Q of 8144 which is as high as 97% of the material Q limit fornsurface acoustic waves (SAWs). By analyzing the measured data andnaccounting for the ohmic loss, it is shown that the material Q for STWsnon quartz, experimentally obtained from these devices, is at least 37%nhigher than the material Q for SAWs

机译：表征了AT切割石英上最新的1.244 GHz表面横波（STW）谐振器。他们展示了8144的无载Q，高达表面声波（SAW）的材料Q极限的97％。通过分析测量数据并考虑到欧姆损耗，表明从这些器件实验获得的STWsnon石英的材料Q比SAW的材料Q高至少37％。

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《IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control》 |1996年第6期|p.1133-1135|共3页
作者
Avramov I.D.; Suohai M.;
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正文语种 eng
中图分类声学工程;计量学;
关键词
Q-factor; quartz; surface acoustic wave resonators; 1.244 GHz; AT-cut quartz; SiO2; material Q factor; ohmic loss; surface acoustic waves; surface transverse wave resonator;

机译：Q因子;石英;声表面波谐振器;1.244 GHz;AT切割石英;SiO2;材料Q因子;欧姆损耗;表面声波;表面横波谐振器;

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专利

1. Surface transverse waves exceed the material Q limit for surface acoustic waves on quartz [J] . Avramov I.D., Suohai M. IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control . 1996,第6期

机译：表面横波超过了石英表面声波的材料Q极限
2. Proton-exchanged Z-cut LiNbO3 waveguides for surfaceacoustic waves [J] . Ying-Chung Chen, Chien-Chuan Cheng IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control . 1996,第3期

机译：质子交换的Z形LiNbO3波导用于表面声波
3. FIELD-INDUCED SPIN EXCITATIONSIN RASHBA-DRESSELHAUS TWO-DIMENSIONALELECTRON SYSTEMS PROBED BY SURFACEACOUSTIC WAVES [J] . P. KLEINERT, V. V. BRYKSIN International Journal of Modern Physics, B. Condensed Matter Physics, Statistical Physics, Applied Physics . 2009,第18期

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4. Free software products for simulation and design of surfaceacoustic wave and surface transverse wave devices [C] . Hashimoto K., Yamaguchi M. Frequency Control Symposium, 1996. 50th., Proceedings of the 1996 IEEE International. . -1

机译：用于表面模拟和设计的免费软件产品声波和表面横波设备
5. Radiation and scattering of electromagnetic waves at the surfaces of composite materials: Surface immittance characterization via field compensation theorem [D] . Gu, Chaoli 1993

机译：复合材料表面电磁波的辐射和散射：通过场补偿定理表征表面的电抗
6. Estimation of material parameters from slow and fast shear waves in an incompressible transversely isotropic material [O] . Dennis J. Tweten, Ruth J. Okamoto, John L. Schmidt, -1

机译：在不可压缩的横向各向同性材料中通过慢和快剪切波估算材料参数
7. EFFECT OF A VISCOUS LIQUID LAYER ON THE TRANSVERSE SURFACE WAVES IN TRANSVERSELY PIEZOELECTRIC MATERIALS WITH UNATTACHED ELECTRODE [O] . Feng Jin, Zhenghua Qian, See Profile, 2010

机译：粘性液体层对具有不连续电极的横向压电材料中横向表面波的影响
8. Theoretical and experimental study of the interaction of free-surface waves on liquid metals with transverse magnetic fields /one- dimensional unsteady waves/ [R] . Rossow, V. J. 1963

机译：液体金属自由面波与横向磁场/一维非定常波相互作用的理论和实验研究/

Surface transverse waves exceed the material Q limit for surfaceacoustic waves on quartz

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