Pembuatan dan Karakterisasi Rochelle Salt Crystal
Abstract
Rochelle Salt is the first synthesis Crystal made by Pierre Siegnette La Rocchelle in France. Rochelle Salt have several characteriztion one of them is piezoelectric effect where the crystal can change the kinetic energy to electrical energy instead this is the one of rewenable source altenative energy. Rochelle Salt can be made with tartar cream and washing soda reacted with distilled water as a solvent. The solution is reacted until there is no more reaction or supersaturation condition. Wait the solution for 2 days until the crystal seed appears. The crystal growth using the method of growing crystal in solution for 1 month until the crystal bigger enough for research to find the piezoelectric effect. Based on the result that have been obtained, Rochelle Salt have piezoelectric effect. Crystal hit using with wooden hitter and metal hitter, the voltage is increase when the crystal is hit by hitter. The piezoelectric also disappear along with time.
Downloads
References
challenges”. Applied Physic Review, 1(3).
[2]. Lemaire, E., Moser, R.,Borsa, C.J., Shea, H. & Briand, D. 2015. “Green paper-based
piezoelectric material for sensors and actuator”. Procedia Engineering, 120, 360-361.
[3]. Pereira, D. P., Nero, J. D., Moreira, M. D., de Oliveira, P. C., Alcantara, P., Remédios, C. M.
R., & Moreira, S. G. C. 2017. ‘Theoretical and Experimental Features of Nano-Crystals
Rochelle Salt: Piezoelectric Resonance and Phase Transition. Journal of Nanoscience
and Nanotechnology’, 17(6). 4180-4184
[4]. Myerson, Allan S. 2002. “Handbook of Indrustrial Crystallization”. USA: ButterworthHeinemann
[5]. Mullins, J. W. 2001. “Crystallization Fourth Edition”. Oxford, UK. Butterworth-Heinemann.
[6]. Dudley, Michael, Dhanaraj, Govindhan, Byrappa, Kullaiah, Prasad, Vishwanath. 2010.
“Handbook of Crystal Growth”. Berlin: Springer Heidelberg Dordrecht.
[7]. Buchanan, John P. 1956. “Handbook of Piezoelectric Crystal for Radio Equipment
Designers”. Ohio, USA. Phileo Coporation.
[8]. Yulianti, Evi. Triwahyuni, Dona. Ahda, Syahfandi. & Deswita. 2012. “Pembuatan Bahan
Piezoelektrik Ramah Lingkungan BiNaTiO3 dengan Metode Molten Salt”. Jurnal Sains
Indonesia. Vol.14, Oktober 2012, hal 13-17.
[9]. Harriyanto, Agus R., Utomo. 2013. ”Studi Analisis Gelombang Tegangan Piezoelektrik”.
Depok, Indonesia. Departemen Teknik Elektro Universitas Indonesia.
[10]. Tichy, Jan. 2010. “Fundamental of Piezoelectric Sensorics”. Berlin. Springer Heidelberg
Dordrecht.
[11]. Vijaya, MS. 2013. “Piezoelectric Material and Device”. Boca Raton, USA. CRC Press.