Karakterisasi Fraktografi dan Sifat Elektromagnetik Hasil Sintesis Komposit Nano Epoksi dengan Ferro Nikel

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Herbirowo, Satrio, 2018, "Karakterisasi Fraktografi dan Sifat Elektromagnetik Hasil Sintesis Komposit Nano Epoksi dengan Ferro Nikel", https://hdl.handle.net/20.500.12690/RIN/FTT13L, RIN Dataverse, V1

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Description

Komposit nano telah diakui sebagai revolusi industri material masa depan. Saat ini pusat perhatian mengenai komposit nano adalah mengidentifikasi sebuah material komposit yang ringan, ramah lingkungan, mudah didaur ulang, biaya proses efektif, dan berorientasi pada performa yang sesuai dengan berbagai aplikasi. Pada percobaan ini dilakukan perbandingan antara pristine epoksi dan pristine epoksi yang diisi patikel nano 55Fe-45Ni dengan komposisi persen berat 0,01, 0,1, 1, dan 10 persen dengan waktu sonikasi 30 dan 60 menit. Dari penelitian ini diharapkan mendapatkan sifat listrik dan sifat magnet yang unggul setelah proses sintesis komposit nano. Pada penelitian ini diperoleh sifat konduktifitas listrik yang optimal pada sonikasi 30 menit dan komposisi material pengisi patikel nano 55Fe-45Ni 1 persen karena memiliki ketahanan volume listrik terendah yaitu 3,97×108 Ω cm. Sifat magnet paling optimal didapatkan pada komposisi 10 persen patikel nano 55Fe-45Ni karena mendapatkan nilai tertinggi dari magnet saturasi 0,0068 T atau 68 G atau 5,629 emu/g dan susceptibilitas magnet 1,78 x 10-8 Tm/A.

Prosiding Seminar Material Metalurgi, 2 November 2015.

ISSN 2085-0492

(2015)

Subject

Chemistry


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Citation Metadata

Dataset Persistent ID	hdl:20.500.12690/RIN/FTT13L
Publication Date	2018-09-03
Title	Karakterisasi Fraktografi dan Sifat Elektromagnetik Hasil Sintesis Komposit Nano Epoksi dengan Ferro Nikel
Author	Herbirowo, Satrio (Pusat Penelitian Metalurgi dan Material)
Contact	Use email button above to contact. Herbirowo, Satrio (Pusat Penelitian Metalurgi dan Material)
Description	Komposit nano telah diakui sebagai revolusi industri material masa depan. Saat ini pusat perhatian mengenai komposit nano adalah mengidentifikasi sebuah material komposit yang ringan, ramah lingkungan, mudah didaur ulang, biaya proses efektif, dan berorientasi pada performa yang sesuai dengan berbagai aplikasi. Pada percobaan ini dilakukan perbandingan antara pristine epoksi dan pristine epoksi yang diisi patikel nano 55Fe-45Ni dengan komposisi persen berat 0,01, 0,1, 1, dan 10 persen dengan waktu sonikasi 30 dan 60 menit. Dari penelitian ini diharapkan mendapatkan sifat listrik dan sifat magnet yang unggul setelah proses sintesis komposit nano. Pada penelitian ini diperoleh sifat konduktifitas listrik yang optimal pada sonikasi 30 menit dan komposisi material pengisi patikel nano 55Fe-45Ni 1 persen karena memiliki ketahanan volume listrik terendah yaitu 3,97×108 Ω cm. Sifat magnet paling optimal didapatkan pada komposisi 10 persen patikel nano 55Fe-45Ni karena mendapatkan nilai tertinggi dari magnet saturasi 0,0068 T atau 68 G atau 5,629 emu/g dan susceptibilitas magnet 1,78 x 10-8 Tm/A. Prosiding Seminar Material Metalurgi, 2 November 2015. ISSN 2085-0492 (2015)
Subject	Chemistry
Depositor	Puspita, Meilia
Deposit Date	2018-04-05

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