厚膜电阻材料的物化特性对钌系厚膜电阻应变系数的影响

HFCAS OpenIR

	厚膜电阻材料的物化特性对钌系厚膜电阻应变系数的影响
其他题名	The effects of the physical and chemical characteristics of the conductive phase on the gauge factor （ GF ） of the Ru-based thick-film strain resistor
	2006-01-01
发表期刊	功能材料
ISSN	1001-9731
摘要	通过对厚膜电阻导电相、玻璃相的粒径控制、粒径比搭配以及在导电相、玻璃相中掺杂，研制成一种厚膜力敏电阻浆料，其应变系数GF可达15～17、工作温度可达150℃。介绍了厚膜力敏应变系数的测量方法，研究了厚膜电阻材料的物化特性对钌系厚膜电阻应变系数的影响，探讨了提高应变系数的技术途径，同时，对其导电机理作了简要的阐述。
其他摘要	The effects of the physical and chemical characteristics of the conductive phase on the gauge factor （GF） of the Ru-based thick-film strain resistor has been discussed. It is experimented that there is a close correspondence between the gauge factor （GF） and the physical and chemical characteristics. The choice and optimize of thick-film material to prepare nano power, the choice and optimize of the temperature and time in the couse of solid reactivity to control the range of paticle sizes,the effective mixture of multiple paticle sizes of the conductive phase and the glass phasercharactertistics with addition can increase the gauge factor （GF） of thick film resistance.
关键词	厚膜应变电阻物化特性掺杂改性应变系数
收录类别	CSCD
语种	中文
CSCD记录号	CSCD:2476217
引用统计
文献类型	期刊论文
条目标识符	http://ir.hfcas.ac.cn:8080/handle/334002/64341
专题	中国科学院合肥物质科学研究院
推荐引用方式 GB/T 7714	. 厚膜电阻材料的物化特性对钌系厚膜电阻应变系数的影响[J]. 功能材料,2006,037.
APA	(2006).厚膜电阻材料的物化特性对钌系厚膜电阻应变系数的影响.功能材料,037.
MLA	"厚膜电阻材料的物化特性对钌系厚膜电阻应变系数的影响".功能材料 037(2006).