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REFERENSI
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[4] Aksari, L. (2013). Pengaruh Penambahan Mg Terhadap Respons Pengerasan PenuaanKomposit Al-8Zn Berpenguat SiC Hasil Squeeze Casting untuk Aplikasi Balistik. Depok: DTMM.
[5] Hermawan, F. A. (2013). Studi Pengaruh Penambahan Cu terhadap Karakteristik KompositAl-8Zn-4Mg Berpenguat SiC Hasil Squeeze Casting untuk Aplikasi Balistik. Depok: DTMM.
[6] Syarida, M. F. (2013). Pengaruh Penambahan Cu terhadap Respons Pengerasan PenuaanKomposit Al-8Zn-4Mg Berpenguat SiC Hasil Squeeze Casting untuk Aplikasi Balistik. Depok:DTMM.
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[16] Abdezadeh, Hossein., Mohammad Amin Baghchesar.(2013). Investigation on MechanicalProperties and Fracture Behavior of A356 Aluminum Alloy Based ZrO2 Particle ReinforcedMetal-Matrix Composites. Ceramic International, 39, 2045-2050.
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[19] ASM International Comitte.(1988). ASM Metals Handbook: Casting (Vol.15). Ohio, USA:Author.
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[23] Geng, L., S. Ochiai, Lian Gao, Jin Sung, Z.Q. Sun.(1997). Fabrication of NanocrystallineZrO2 Particle Reinforced Aluminium Alloy Composite by Squeeze Casting Route. ScriptaMaterialia, 38, 551-557.
[24]NIJ. NIJ Standard -Ballistic Resistant Protective Materials. 1985. Washington: NationalInstitute of Justice. Aluminium and Zinc Alloys. Journal of Materials Processing Technology,192–193, 114–120
[25] Rahmalina, D., Sofyan, B.T., Suharno, B., & Siradj, E.S. Pengaruh Penambahan Unsur Znterhadap Karakteristik Balistik Komposit Matriks Al7Si6Mg Berpenguat Silikon Karbida.Prosiding Annual Engineering Seminar 2012. Yogyakarta: Fakultas Teknik UGM. pp. A88-A92.
[26] Demir, Teyfik., Ubeyli, Mustafa., Yildirim, R. Orhan.(2008) Investigation on the BallisticImpact Behavior of Various Alloys against 7.62 mm Armor Piercing Projectile. Material andDesign, 29, 2009-2016.