Saran - KESIMPULAN DAN SARAN - SINTESIS NANOKOMPOSIT Fe3O4-ZnO MENGGUNAKAN METODE HIDROTERMAL S

BAB 5 KESIMPULAN DAN SARAN

5.2. Saran

Beberapa saran yang perlu disampaikan untuk kelanjutan dari penelitian ini adalah sebagai berikut :

54 1. Untuk mendapatkan nilai respon gas terhadap etanol konsentrasi 100 ppm yang lebih baik lagi perlu dilakukan dan tambah beberapa lagi variasi suhu serta variasi perbandingan mol Fe3O4 : ZnO.

2. Penelitian ini masih berpeluang besar untuk dikembangkan lagi ditinjau dari aspek metode sintesis Fe3O4-ZnO yang digunakan serta gas target yang akan disensor seperti karbon monoksida atau jenis gas VOC lainnya.

3. Untuk lebih meningkatkan kinerja dan sensitivitas sensor Fe3O4-ZnO ini perlu juga dirancang penelitian kedepan dengan menambahkan (mengcoating) penambahan bahan aditif, terutama dari bahan logam mulia seperti Platina (Pt), Paladium (Pd), Aurum/emas (Au) dan Argentum/Perak (Ag) pada sensor Fe3O4-ZnO.

4. Dalam uji gas etanol 100 ppm untuk sensor Fe3O4, perlu dilakukan variasi suhu lebih banyak lagi antara 250 ℃ sampai 300 ℃. Hal ini dilakukan untuk melihat secara pasti pada suhu berapa idealnya sensor Fe3O4 mulai respon ketika terpapar oleh gas etanol pada konsentrasi 100 ppm.

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59 Lampiran

1. Publikasi Seminar Internasional

Penelitian ini telah menghasilkan publikasi AIP Conference Proceedings pada tanggal 31 Maret 2020. Link publikasi :

https://aip.scitation.org/doi/pdf/10.1063/5.0003210

64 2. Publikasi Jurnal Terindeks Scopus (Q1)

Dalam dokumen SINTESIS NANOKOMPOSIT Fe3O4-ZnO MENGGUNAKAN METODE HIDROTERMAL SEBAGAI APLIKASI SENSOR GAS ETANOL DISERTASI JULIANDI SIREGAR NIM (Halaman 76-99)