The Suitable Factors for Lichtenberg Figures on Teak Wood Surface with DC High Voltage Source

Main Article Content

Nattapong Nernchad
Worapon Manosroi
Apisak Phromfaiy
Gunt Intuwong

Abstract

Nowadays, the teak furniture and products have increasing impact of the Thai economy system, therefore the waste of production process become increasing too. The objective of this research is developing the Lichtenberg wood burning machine with flyback transformer and analysis the appropriate factor for making Lichtenberg figures e.g., teak humidity, and the proportion between water and Sodium Carbonate. The result shows that the proportion of 200 ml of water and 5 G of NaHCO3 has significant most beautiful and best contrast to the Lichtenberg figures. Moreover, this research evaluated the innovation and technology by questionnaire is a pass IOC method. The results show that the innovation acceptance and the innovation and technology requirement have the average value of 4.71 and 4.60 respectively, which means a very high range. The efficiency of innovation and technology, innovation and technology manual and satisfaction with innovation and technology have the average value of 4.46, 4.50, 4.45 and 4.50 respectively which means a high range. 

Article Details

How to Cite
Nernchad, N., Manosroi, W. ., Phromfaiy, A., & Intuwong, G. (2022). The Suitable Factors for Lichtenberg Figures on Teak Wood Surface with DC High Voltage Source. Frontiers in Engineering Innovation Research, 20(2), 49–57. Retrieved from https://ph01.tci-thaijo.org/index.php/jermutt/article/view/248013
Section
Research Articles

References

Saributr A, Saributr U, Phetsinchorn A. knowledge of the utilization of teak in the context of community product design. JOURNAL OF INDUSTRIAL EDUCATION. 2021;20(3):68-79. (in Thai)

Royal Forest Department. Statistical data of the Royal Forest Department in 2018. Bangkok: Information and Communication Technology Center; 2002

Louhapensang C. Development industrial material from teak wood aged between 7-14 year for commercial and sustainable use. Journal of industrial education. 2018;17(2):109-16. (in Thai)

Nirunnoot T, Porncharoen R. Case study and design waste residues from the wood processing industry to the enhancement of architecture. Art and Architecture Journal Naresuan University. 2016;7(1):1-14. (in Thai)

Yawootti A, Wimonthanasit P. High voltage power supply from commercial flyback transformer. Journal of Engineering, RMUTT. 2018;16(2):107-18. (in Thai)

Kanthaphayao Y, Rueangepattanawiwat C. Application of a commercial flyback transformer for a high frequency high voltage source. RMUTP Research Journal. 2021;15(2):40-8. (in Thai)

Hambleton R. K. Validating the test scores. In R. A. Berk. (Ed), in A guide to criterion-referenced test construction. Baltimore and London: Hopkins University Press; 1984.

Tuntavanitch P and Jindasri P. The real meaning of IOC. Journal of Educational Measurement, Mahasarakham University. 2018;24(2):3-12. (in Thai)