S FIS 120441 Bibliography

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Puspita Sari, 2016

PENGARUH SUHU PEMBAKARAN TERHADAP KARAKTERISTIK LISTRIK KERAMIK FILM TEBAL BERBASIS Fe₂O₃–MnO–ZnO UNTUK TERMISTOR NTC

Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu

DAFTAR PUSTAKA

Aimin, C.dkk.(2012). “Microwave sintering of thermistor ceramics, sintering of

ceramics – new emerging techniques, Dr. ArunachalamLakshmanan

(Ed.)”.ISBN : 987 – 953 – 51 – 0017 – 1. [Pdf]

Tersedia: http://www.intechopen.com/books/sintering-of-ceramics-new-emerging- techniques/microwave-sintering-of-thermistor-ceramics Ali, W.M. dkk. (2007). Influence of The Fabrication Process on The Performance

of X – Band Filters. Proceeding of Asia – Pacific Microwave Conference 2007.

Allenic, A. L.(2008).Structural, electrical and optical properties of p-type ZnO epitaxial films. United States: UMI Microform.

ASTM Standard, Designation E 112 – 96. (2004). Standard Test Methods for Determining Average Grain Size.American Society for Testing Material, Philadelpia.

Cullity, B. D.(1956). Elementerof x-ray difraction. United States of America: Adison-wesley company, Inc.

Barsoum, M. W. (2003). “Fundamentals of ceramics” Series in Materials Science and Engineering.Bristol and Philadelphia: Institute of Physics Publishing.

Callister, W. D. (2007).An introduction.material science and engineering.

(EdisiKetujuh), United States of America: John Wiley & Sons, Inc. Dede, T.,Syarif, G. D., & Karim, S. (2007). Karakteristikkeramiktermistor NTC

daripasiryarosit yang

berstrukturhematitdenganpenambahanoksidamangan.Prosiding Seminar NasionalSainsdanTeknologiNuklir PTNBR-BATAN Bandung, 17-18 juli

2007.

Fajarin, R. dkk.(2015). Pengaruh temperature

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49

ZnOdenganmetodemechanical alloying.MEKANIKA 14 (1) September 2015 InstitutTeknologiSepuluh November, Surabaya.

Firnando, H. G.&Astuti. (2015). Pengaruhsuhupada proses sonikasiterhadapmorfologipartikeldankristalinitasnanopartikel Fe3O4.

JurnalFisikaUnand4 (1); terbit: 1 Januari 2015 ISSN : 2302 – 8491. UniversitasAndalas, Padang.

Fuad, A. dkk.(2010). Sintesadankarakterisasisifatstrukturnanopartikel Fe 3-xMnxO4denganmetodekopresipitasi.ProsidingPertemuanIlmiah XXIV

Jateng& DIY; 10April 2010 hal 139-145.UniversitasNegeri Malang, Malang.

Indiani, E.&Umiati, A. K. (2009).Keramikporselenberbasis feldspar sebagaibahan isolator.TELKOMNIKA 7 (2)Hal : 83 – 92 Agustus 2009 ISBN : 1693 – 6930. UniversitasDiponegoro.

Jadhav, R.N., Mathad, S. N., Puri, V. (2012).Studies on the properties of Ni0.6Cu0.4Mn2O4 NTC ceramic due to Fe doping.Ceramics International

38 Hal.5181-5188University Kolhapur, India.

Jagtap, S. dkk.(2010). „Lead free‟ thick film thermistors: a study of variation in glass frit concentration and organics composition. Journal Material Electron (21) Hal: 861 – 867University of Pune, India.

Kim, J. dkk.(2013). Input impedance calibration of buffer-less thermistor temperature measurement system.International Journal of Control and Automatic6 (6) Hal. 413 – 422.Hallym University, Korea.

Kingery, W. D. dkk.(1975). “Introduction to ceramics”.New York: Johm Wiley & Sons, Inc.

Klym, H. dkk.(2014). Integrated thick-film nanostructures based on spinel ceramics.Nanosclae Research Letters Springer Open Journal 9 Hal.149,

Ukraina.

Kohli, P. S., Devi, P.& Reddy, P. (2012). Synthesis and electrical behavior study of Mn3O4nanoceramic powder for low temperature NTC thermistor.

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Lee, W. &Park, J. (2014).NTC thermistors of Y-Al-Mn-Fe-Ni-Cr-O ceramics for wide temperature range measurement. Proceedings of The 6th International Conference on Sensing Technology, Inggris.

Luo, Y. dkk.(2009). NTCR behavior of La – doped BaBiO3 ceramics. Research

Article Advances in Materials Science and Engineering,Hindawi Publishing corporation.

McMurry&Fay.(2003). “Chemistry”EdisiKeempat.Prentice hall. Maulana, E. (2015). Teknologi Film TebalMikroelektronika. [Pdf]

Tersedia :http://maulana.lecture.ub.ac.id/files/2015/10/03-Teknologi-Film-Tebal-Mikroelektronika.pdf [25 Januari 2016]

Park, K. & Bang, D. Y. (2003).Electrical properties of Ni-Mn-Co-(Fe) oxide thick-film NTC thermistors prepared by screen printing.Journal of Material Science : Material in Electronics 14 Hal 81-87 Sejong University, Korea.

Sahoo, S., Parashar, S. K. S, & Ali, S. M. (2014). CaTiO3 nano ceramic for NTCR thermistor based sensor application. Journal of Advanced Ceramics 3 (2) hal.117-124. KIIT University, India.

Solikha, W., Syarif, D. G. &Suhendi, E. (2011).Pembuatankeramik Fe2O3 yang didoping 10% molCuOdenganmenggunakanmetode screen printing untuk sensor gas etanol. Prosiding Seminar NasionalSainsdanTeknologiNuklir

PTNBR – BATAN Bandung 22 Juni 2011.

Syarif, D. G. (2007). KarakterisasikeramiktermistorFe2O3 : 1mTi hasil sinter danperlakuanpanas.JurnalIlmiahTeknikMesin 9 (1) Hal 1 – 10. UniversitasTrisakti. Jakarta.

Syarif, D. G.dkk. (2007).

Pembuatankeramikdaribahanmanganitdankarakterisasilistriknyasebelum

dansesudahiradiasi gamma.Prosiding Seminar

NasionakSainsdanTeknologiNuklir PTNBR-BATAN bandung, 17-18 Juli

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Syarif, D. G., Guntur, D. S. &Yamin, M. (2005). Pembuatankeramiktermistor NTC berbahandasaryarositdanevaluasikarakteristiknya.Prosiding

Seminar NasionalSainsdanTeknikNuklir.P3TkN – BATAN, Bandung.

Syarif, D. G. dkk.(2009). Karakterisasikeramik

MgAl2O3untukbahanbakarnuklirmariks inert (IMF) yang

dibuatdariserbukhasil HEM padasuhu sinter

1500°C.JurnalSainsdanTeknologiNuklir Indonesia 10 (2) Hal. 97 – 106PTNBR – BATAN Bandung.

Whitten, dkk.(2004). “General Chemistry” EdisiKetujuh. Thomson: Brooks Cole . Wiendartun, Syarif, D. G.&Rusdiana, D. (2009).Karakteristikkeramik film tebal CuFe2O4untuktermistor NTC yang dibuatdenganmenggunakan Fe2O3dari mineral yarosit.ArtikelBalaiKeramik No. 11 Terbit : 27 Mei

2009.

Wiendartun.dkk. (2008). Pembuatandankarakterisasikeramik CuFe2O4untuktermistor NTC denganmenggunakan Fe2O3dari mineral yarositasli.ArtikelBalaiKeramik No. 8 Terbit : 23 Juli 2008.

Wiendartun, Waslaluddin, &Syarif, D. G. 2013.Effect of MnO2 addition on characteristics of Fe2TiO5 ceramics for NTC thermistors utilizing commercial and local iron oxide.Journal of The Australian Ceramic Society 49 (2) Hal. 141-147Education of Indonesian University, Bandung.