Analysis to the resound changing-state by the blasting position on the RFID capacity of spark blasting

Main Article Content

Jeonglae Kim
Hyeok Song

Abstract

The reverberated fluctuation technique is to be compound the acute-angle resound-blasting statusof thedazzling-gap consciousness level (DGCL) on the reverberated consciousness imagery. The consciousness level condition by the reverberated consciousness imagery system is consisted with the resound-blasting system. As to hunt a mandala-free dot of the dazzling mandala-free dot, we are found of the reverberated value with mandala-free dot by the resound upper take shape. The conceptof consciousness level is consisted the reference of dazzling-gap level for fluctuation signal by the reverberated blasting imagery. Further symbolizing a acute-angle fluctuationof the RDCL of the maximum-minimum interms ofthe resound-blasting imagery, and the reverberated mandala-free dot blasting that was the reverberated value of the far fluctuation of the Re-ci-FA-ηMAX-MIN with 24.43±2.49 units, that was the reverberated value of the convenient fluctuation of the Re-ci-CO-ηMAX-MIN with 8.19±1.52 units, that was the reverberated value of the flank fluctuation of the Re-ci-FL-ηMAX-MIN with 2.06±(-0.01) units, that was the reverberated value of the vicinage fluctuation of the Re-ci-VI-ηMAX-MIN with 0.55±0.11 units. The resound blasting will be to investigate at the acute-angle ability of the resound-blasting imagerywith mandala-free dot bythe reverberated consciousness level on the RDCL that is provided the dazzling-gap imagery by the consciousness level system. We will be possible to curb of a imageryby the gap signal and to practical use the reverberated data of resound blasting level by the resound consciousness system.

Downloads

Download data is not yet available.

Metrics

Metrics Loading ...

Article Details

How to Cite
Jeonglae Kim, & Hyeok Song. (2021). Analysis to the resound changing-state by the blasting position on the RFID capacity of spark blasting. Turkish Journal of Computer and Mathematics Education (TURCOMAT), 12(13), 6072–6078. https://doi.org/10.17762/turcomat.v12i13.9883
Section
Research Articles