Sentence examples for electrical properties achieved from inspiring English sources
With the perspective set on aerospace applications, we perform a critical review of their multifunctional performance and capacities emphasizing on the damage tolerance and electrical properties achieved.
Therefore, good electrical properties were achieved for the HfO2/Si-O-Ge/GeO2/Ge stacks.
The maximum anisotropic electrical properties were achieved at the percolation threshold content of the nickel powder, which is the critical point for the formation of an effective conductive network.
Using the same integration scheme as stand-alone SiCN dielectric capping, excellent electrical properties were achieved when the process was implemented with a USG layer on top of a porous Ultra-Low K. Furthermore, 3x electromigration time to failure improvement was evidenced, making the approach very promising to address EM performance requirement for the most advanced technology nodes.
The SWCNT/polymer composite possesses superior electrical properties to those achieved previously with other fillers or CNTs, obtained through dry-processes.
De Cesare, et al. achieved good electrical properties with ITO/c-Si contact at RT [10].
Anisotropic electrical properties of FCI/CF composite were achieved by changing the arranged orientation of CF. A novel double-layer microwave absorber by combining FCI/CF absorbers with different orientation of CF was designed to achieve absorbers with wide absorption band and optimal microwave absorption.
In this paper, modeling and optimization of Bi2O3 and TiO2 was carried out by response surface methodology to achieve maximized electrical properties.
In addition, the 'electron crystal' behavior is well maintained to achieve good electrical properties because alloying Te at Se sites scarcely affect the bottom of conduction band.
This coexistence zone plays an important role in achieving the desired electrical properties, but an optimum range of tetragonal phase fraction exists in which the significantly enhanced piezoelectric constant d33 is attained.
Systematic investigation of sintering conditions revealed that a short period of heating at 1350 °C under air is necessary to suppress abnormal grain growth, while precise control of the cooling rate is needed to achieve the targeted electrical properties.
