Sentence examples for improving the electromagnetic from inspiring English sources
It could enhance impedance matching characteristic, further improving the electromagnetic (EM) wave absorption performance.
Also shown are the important criteria for the design of effective RF shielding vessels for improving the electromagnetic environment.
A method of improving the electromagnetic (EM) absorption property of conventional microwave absorber (CMA) is proposed here.
He is currently working with the Institute of Engineering and Technology (UK) and IEEE on guidance for improving the Electromagnetic Resilience of Systems.
The resultant Tex count of the hybrid yarn increases as shown in Table 2 (A2–A6), but since the diameter of the resultant yarn remains the same, hence various amounts of copper can be adjusted by changing the number of coils in the hybrid yarn structure for improving the electromagnetic shielding efficiency of the resultant fabrics.
Lower porosity is beneficial to improve the electromagnetic wave absorbing property for the composites.
The addition of Ti3SiC2 can significantly improve the electromagnetic shielding and complex permittivity of the coatings, which can be ascribed to the enhanced polarization effect and electrical conductivity.
And heat treatment can further improve the electromagnetic properties of the coated Spirulina cells, since heat treatment can bring phase transformation of the coating and reduce structural imperfections.
This project contributes to improve the electromagnetic robustness (EMR) of integrated circuits over the full life-time of the electronic system, with a special emphasis on deep submicron technology.
In order to meet the airworthiness standards of EWIS composed in subpart H, FAR part 25, those suggestions can be as a reference of the design of aircraft EWIS wiring to improve the electromagnetic compatibility of aircraft electronic systems.
A radar absorbing structure (RAS) is generally constructed using nano-composites composed of an E-glass/epoxy composite dispersed with carbonaceous conductive particles to improve the electromagnetic (EM) wave absorbing performance.
