S FIS 0900663 Bibliography
36
DAFTAR PUSTAKA
Barsoum,M. (1996).“ Fundamentals of Ceremics ”. United States: The Mc Graw
Hill Companies.
Callister, W. D. 2007.Materials Science and Engineering An Introduction . New
York : John Willey & Sons, Inc.
Carter,C.B. dan Norton, M. G. (2007).“ Ceremics Materials: Science and
Engineering”.Edition1.Springer.
Chiang, Y. M. Birnie, D. P. Kingery, W.D. (1997). “Physical Ceremics:
Principles for Ceremic Science and Engineering ”. The MIT Series In
Materials Science & Engineering. Wiley
Defri, Rafika. 2007. PengaruhReduksiTerhadapKarakteristikKeramik CSZ-Ni
UntukAplikasi Anode SOFC. Bandung: UniversitasPendidikan Indonesia.
DirektoratJendralKetenagalistrikanKementrianEnergidanSumberDaya
Mineral
(DJK KESDM). 2013. PemerintahTargetkanRasioElektrifikasi. Solo
Dudek,
M.
et
al.
2006.CalsiumZirconate
as
A
Solid
Electrolytefor
Electrochemical Devices Applied in Metallurgy. Materials Science-Poland.
24, (1), 253-261.
Goodenough, J. B. 1997. Ceremic Solid Electrolytes, Solid State Ionics. 94,17-25.
Gores, H. J. danBarthel, J. M. G. 1995.Nanoqueous Electrolyte Solutions : New
Materials for Devices and Processes Based on Recent Applied Reseach .
Pure & Applied Chermisty. 67, (6), 910-930.
Halliday, D. danResnick, R. 1984.Fisika.EdisiKetiga. Jilid 2.Jakarta :Erlangga
Hassan, A. A. E. Menzler, N. H. Blass,G. Ali, M. E. Buchkremer, H. P. Stover, D.
(2002). “Influence of Alumina Dopant On The Properties of Yttria
Stabilized Zirkonia For SOFC Application ”. Journal of Materials
Science.37, 3465-3475.
Indayaningsih,
N.
Febrianto.
(2008).”PembuatanBahanElektrolit
E.
Y.
Sardjono,
SOFC
BerbasisOksida
P.
Bismuth
Eneng Hasanah, 2014
Pengaruh Penambahan M9O Terhadap Konduktor Ionik Keramik C5Z Untuk Elektrolit Padat
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
37
denganAditifYttriadanKarakterisasinya ”.JurnalSainsMateriInt\donesia.
171-175.
Kantor Menteri Negara LingkunganHidup. 1999. Kawasan Kars di Indonesia
:PotensidanPengelolahaanLingkungannya. Jakarta.
Marques, F.M.B. danFigueiredo, F.M.L. 2013. Electrolytes For Solid Oxide Fuel
Cells. WIRes Energy Enuiro. 2, 52-72.
Muccillo, R,.Netto, R. C. B. Dan Muccillo, E. N. S. 2001. Systhesis and
Characterization
of
Calcia
Fully
Stabilized
Zirconium
Solid
ELektrolytes.Materials Letters. 49, 197-201.
Muslim,
P.
2014.
“PengaruhPenambahan
La2O3
TerhadapKonduktivitasIonikKeramik CSZ UntukElektrolitPadat ”.Bandung
:UniversitasPendidikan Indonesia.
Qian,.Oganov AR, LyakhovAO (2013) . “SenyawastabildalamsistemMgO di
bawahtekanantinggi" Phys.Chem.Chem.Phys 15:. 7796-7700.
Raharjo,
J.
2008.
“PerkembanganTeknologi
Material
PadaSelbahanbakarpadatsuhuoperasimenengah”.JurnalSains
Material
Indonesia Journal of Material Science. 10, (1), 28-34.
Rosseinsky, M. J. et al.2008. Interstitial Oxide Ion Conductivity in the Layered
Tetrahedral Network Melilite Structure.Nature Materials. 7, 498-504.
Ruswanti,
E.
2012.PengaruhPenambahan
Nickel
Oxide
(NiO)
TerhadapKonduktivitasIonikKeramikCalsia Stabilized Zirkonia (CSZ)
UntukElektrolit
Solid
Oxide
Fuel
Cell
(SOFC) .
Bandung:
UniversitasPendidikan Indonesia.
Septawendar, R, Purwasasmita, B. S. danSutardi, S. 2013. Effect of the Hydrolysis
Catalyst NH4OH on the Preparation of Calcia Stabilized Zirconia with
Sugar as A Masking Agent at Low Temperatures. Journal of the Australia
Ceramic Society.49, (1).101-108.
Smallman, RE.andBioshop, R.J.(2000).”MetalurgiFisik Modern danRekayasa
Material” .Jakarta :Erlangga.
Eneng Hasanah, 2014
Pengaruh Penambahan M9O Terhadap Konduktor Ionik Keramik C5Z Untuk Elektrolit Padat
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
38
Stambouli, A.B. danTranversa, E. 2002.Solid Oxide Fuell Cells (SOFCs): A
Review of An Environmentally Clean and Efficient Source of Energy.
Renewanble and Sustainable Energy Reviews. 6, 433-455.
Stouten, H. 2006. CalsciumOxide.Health-Based Recommended Occupational
Exposure Limit. Dutch Expert Committee on Occupational Standards.8-
13.
Sukarmin, M. 2001. PengaruhPenambahan TiO 2TerhadapKarakteristikTermistor
ZnFe2O4.Bandung :UniversitasPendidikan Indonesia.
Syarif, D. G. et al. 2010.Systhesisi of 8YSZLSGM Composite Thick Film Ceramics
for Solid Elektrolyte From Nanopowder Utilizing Local Zircon Prepared
Using Sol Gel Process, AIP Conference Proceedings. 1284,46-5
Syarif, D. G. et al. 2013. Effect of LSGM Addition on Electrical Characteristic of
8YSZ CeRAMICZ FOR Solid Electrolyte . Journal of The Australian
Ceramic Society, 49, (2), 52-59.
Taroco, H. A. et al. 2011. Ceremic Materials for Solid Oxide Fuel Cells.Brasil:
Departement of Chemistry, UniversidadeFederak de Minas Gerais
Van, V. L. H. (1995).IlmudanTeknologiBahan (IlmuLogamdanBukanLogam
(TerjemahanSriatiDjaprie) (EdisiKelima) Jakarta: Erlangga.
Vila, J. et al .2007.Temperature Behavior of the Electrical Conductivity of Emim
Based
Ionic
Liquids
in
Liquid
and
Solid
States.PortugaliaeElectrochimicaActa. 25, 163-171.
Winter, A. R. 1999.Basic Solid State Chemistry. New York: John Wiley & Sons,
Inc.
Winter, M. 2012. Calcium Compounds: Calcium Oxide. WebElements[Online].
Tersedia: www.webelements.com/compounds/calsium/calsium_oxide.html
[19februari 2014]
Winter,M.2012.ZirconiumCompounds:ZirconiumOxide.WebElements[online].Ter
sedia:www.webelements.com/compounds/zirconium/zirconium_oxide.ht
ml [19februari 2014]
Eneng Hasanah, 2014
Pengaruh Penambahan M9O Terhadap Konduktor Ionik Keramik C5Z Untuk Elektrolit Padat
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
39
Winter,M.2012.Magnesiumoxide:Magnesiumoxide:WebElements[online].Tersedi
a:www.webelements.com/compounds/mangnesium/magnesium_oxide.ht
ml [19februari 2014]
Wang, X.2010. Ionic Conducting Composite as Electrolyte for Low Temperature
Solid Oxide Fuell Cells.Swedwen: Functional Materials Division, Scholl
of Information and Communication Technology, Royal Institute of
Technology.
West, A. R. 1999. Basic Solid State Chemistry. New York: John Wiley & Sons,
Inc
Zhang, F. et al. 2007.In Study Of the Crystallization from Amorphous to
CubicZirconium Oxide: Rietvald and Reverse Monte Carlo Analyses.
Cgem. Mater.19,(13),3118-3126
Zuo, C, Liu, dan M. 2012.Solid Oxide Fuel Cells.Atlanta : School of Materials
Science and Engineering, Georgia Institute of Technology.
Eneng Hasanah, 2014
Pengaruh Penambahan M9O Terhadap Konduktor Ionik Keramik C5Z Untuk Elektrolit Padat
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
DAFTAR PUSTAKA
Barsoum,M. (1996).“ Fundamentals of Ceremics ”. United States: The Mc Graw
Hill Companies.
Callister, W. D. 2007.Materials Science and Engineering An Introduction . New
York : John Willey & Sons, Inc.
Carter,C.B. dan Norton, M. G. (2007).“ Ceremics Materials: Science and
Engineering”.Edition1.Springer.
Chiang, Y. M. Birnie, D. P. Kingery, W.D. (1997). “Physical Ceremics:
Principles for Ceremic Science and Engineering ”. The MIT Series In
Materials Science & Engineering. Wiley
Defri, Rafika. 2007. PengaruhReduksiTerhadapKarakteristikKeramik CSZ-Ni
UntukAplikasi Anode SOFC. Bandung: UniversitasPendidikan Indonesia.
DirektoratJendralKetenagalistrikanKementrianEnergidanSumberDaya
Mineral
(DJK KESDM). 2013. PemerintahTargetkanRasioElektrifikasi. Solo
Dudek,
M.
et
al.
2006.CalsiumZirconate
as
A
Solid
Electrolytefor
Electrochemical Devices Applied in Metallurgy. Materials Science-Poland.
24, (1), 253-261.
Goodenough, J. B. 1997. Ceremic Solid Electrolytes, Solid State Ionics. 94,17-25.
Gores, H. J. danBarthel, J. M. G. 1995.Nanoqueous Electrolyte Solutions : New
Materials for Devices and Processes Based on Recent Applied Reseach .
Pure & Applied Chermisty. 67, (6), 910-930.
Halliday, D. danResnick, R. 1984.Fisika.EdisiKetiga. Jilid 2.Jakarta :Erlangga
Hassan, A. A. E. Menzler, N. H. Blass,G. Ali, M. E. Buchkremer, H. P. Stover, D.
(2002). “Influence of Alumina Dopant On The Properties of Yttria
Stabilized Zirkonia For SOFC Application ”. Journal of Materials
Science.37, 3465-3475.
Indayaningsih,
N.
Febrianto.
(2008).”PembuatanBahanElektrolit
E.
Y.
Sardjono,
SOFC
BerbasisOksida
P.
Bismuth
Eneng Hasanah, 2014
Pengaruh Penambahan M9O Terhadap Konduktor Ionik Keramik C5Z Untuk Elektrolit Padat
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
37
denganAditifYttriadanKarakterisasinya ”.JurnalSainsMateriInt\donesia.
171-175.
Kantor Menteri Negara LingkunganHidup. 1999. Kawasan Kars di Indonesia
:PotensidanPengelolahaanLingkungannya. Jakarta.
Marques, F.M.B. danFigueiredo, F.M.L. 2013. Electrolytes For Solid Oxide Fuel
Cells. WIRes Energy Enuiro. 2, 52-72.
Muccillo, R,.Netto, R. C. B. Dan Muccillo, E. N. S. 2001. Systhesis and
Characterization
of
Calcia
Fully
Stabilized
Zirconium
Solid
ELektrolytes.Materials Letters. 49, 197-201.
Muslim,
P.
2014.
“PengaruhPenambahan
La2O3
TerhadapKonduktivitasIonikKeramik CSZ UntukElektrolitPadat ”.Bandung
:UniversitasPendidikan Indonesia.
Qian,.Oganov AR, LyakhovAO (2013) . “SenyawastabildalamsistemMgO di
bawahtekanantinggi" Phys.Chem.Chem.Phys 15:. 7796-7700.
Raharjo,
J.
2008.
“PerkembanganTeknologi
Material
PadaSelbahanbakarpadatsuhuoperasimenengah”.JurnalSains
Material
Indonesia Journal of Material Science. 10, (1), 28-34.
Rosseinsky, M. J. et al.2008. Interstitial Oxide Ion Conductivity in the Layered
Tetrahedral Network Melilite Structure.Nature Materials. 7, 498-504.
Ruswanti,
E.
2012.PengaruhPenambahan
Nickel
Oxide
(NiO)
TerhadapKonduktivitasIonikKeramikCalsia Stabilized Zirkonia (CSZ)
UntukElektrolit
Solid
Oxide
Fuel
Cell
(SOFC) .
Bandung:
UniversitasPendidikan Indonesia.
Septawendar, R, Purwasasmita, B. S. danSutardi, S. 2013. Effect of the Hydrolysis
Catalyst NH4OH on the Preparation of Calcia Stabilized Zirconia with
Sugar as A Masking Agent at Low Temperatures. Journal of the Australia
Ceramic Society.49, (1).101-108.
Smallman, RE.andBioshop, R.J.(2000).”MetalurgiFisik Modern danRekayasa
Material” .Jakarta :Erlangga.
Eneng Hasanah, 2014
Pengaruh Penambahan M9O Terhadap Konduktor Ionik Keramik C5Z Untuk Elektrolit Padat
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
38
Stambouli, A.B. danTranversa, E. 2002.Solid Oxide Fuell Cells (SOFCs): A
Review of An Environmentally Clean and Efficient Source of Energy.
Renewanble and Sustainable Energy Reviews. 6, 433-455.
Stouten, H. 2006. CalsciumOxide.Health-Based Recommended Occupational
Exposure Limit. Dutch Expert Committee on Occupational Standards.8-
13.
Sukarmin, M. 2001. PengaruhPenambahan TiO 2TerhadapKarakteristikTermistor
ZnFe2O4.Bandung :UniversitasPendidikan Indonesia.
Syarif, D. G. et al. 2010.Systhesisi of 8YSZLSGM Composite Thick Film Ceramics
for Solid Elektrolyte From Nanopowder Utilizing Local Zircon Prepared
Using Sol Gel Process, AIP Conference Proceedings. 1284,46-5
Syarif, D. G. et al. 2013. Effect of LSGM Addition on Electrical Characteristic of
8YSZ CeRAMICZ FOR Solid Electrolyte . Journal of The Australian
Ceramic Society, 49, (2), 52-59.
Taroco, H. A. et al. 2011. Ceremic Materials for Solid Oxide Fuel Cells.Brasil:
Departement of Chemistry, UniversidadeFederak de Minas Gerais
Van, V. L. H. (1995).IlmudanTeknologiBahan (IlmuLogamdanBukanLogam
(TerjemahanSriatiDjaprie) (EdisiKelima) Jakarta: Erlangga.
Vila, J. et al .2007.Temperature Behavior of the Electrical Conductivity of Emim
Based
Ionic
Liquids
in
Liquid
and
Solid
States.PortugaliaeElectrochimicaActa. 25, 163-171.
Winter, A. R. 1999.Basic Solid State Chemistry. New York: John Wiley & Sons,
Inc.
Winter, M. 2012. Calcium Compounds: Calcium Oxide. WebElements[Online].
Tersedia: www.webelements.com/compounds/calsium/calsium_oxide.html
[19februari 2014]
Winter,M.2012.ZirconiumCompounds:ZirconiumOxide.WebElements[online].Ter
sedia:www.webelements.com/compounds/zirconium/zirconium_oxide.ht
ml [19februari 2014]
Eneng Hasanah, 2014
Pengaruh Penambahan M9O Terhadap Konduktor Ionik Keramik C5Z Untuk Elektrolit Padat
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
39
Winter,M.2012.Magnesiumoxide:Magnesiumoxide:WebElements[online].Tersedi
a:www.webelements.com/compounds/mangnesium/magnesium_oxide.ht
ml [19februari 2014]
Wang, X.2010. Ionic Conducting Composite as Electrolyte for Low Temperature
Solid Oxide Fuell Cells.Swedwen: Functional Materials Division, Scholl
of Information and Communication Technology, Royal Institute of
Technology.
West, A. R. 1999. Basic Solid State Chemistry. New York: John Wiley & Sons,
Inc
Zhang, F. et al. 2007.In Study Of the Crystallization from Amorphous to
CubicZirconium Oxide: Rietvald and Reverse Monte Carlo Analyses.
Cgem. Mater.19,(13),3118-3126
Zuo, C, Liu, dan M. 2012.Solid Oxide Fuel Cells.Atlanta : School of Materials
Science and Engineering, Georgia Institute of Technology.
Eneng Hasanah, 2014
Pengaruh Penambahan M9O Terhadap Konduktor Ionik Keramik C5Z Untuk Elektrolit Padat
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu