S FIS 0810113 Reference
DAFTAR PUSTAKA
Ahmad, N., 2007. Pengaruh Aktivitas Matahari dan Geomagnet Terhadap
Ketinggian Orbit Satelit, Majalah Sains dan Teknologi Dirgantara LAPAN no.
2 hal. 67-74, ISSN 1907-0713. Jakarta:LAPAN
Air Command And Staff College 2009. Orbital Mechanics, Space Primer, hal. 89112, ISBN 978-1-58566-194-7.
Bothmer, V., 2007. Space Weather Physics and Effects, hal. 33. Chichester :
Praxis Publishing
Campbell, Bruce A et al.1996. Intoduction To Space and Spacecraft
Aplications.Houston : Gulf Publishing Company
CoDr, 2012. Micrometeorite Detection System’s, http://spacegrant.colorado.edu/,
diakses Desember 2013
Djamaluddin, T., Analisis Dampak Anomali Peralihan Siklus 23 dan Siklus 24
Aktivitas Matahari pada Lingkungan Bumi, Matahari dan Antariksa, Seri ke-5,
2011.
Fatmawati, S.N., Analisis implementasi pedoman PBB tentang mitigasi sampah
antariksa , Jurnal Analisis dan Informasi kedirgantaraa, Vol.9 No.2 Desember
2012.
Furqon, 2009. Statistika terapan untuk penelitian, hal 93-108, Bandung ; Penerbit
Alphabet
Johnson, N., 1996. First Natural Collision of Catalogued Earth Satellites, ODQN,
NASA JSC, Vol. 1, Issue 2, p. 1
Larson,W.,J. dan J.n.Wertz,.2005. Space mission and analysis design Third
Edition. California: Microcosm Press
Subhan Permana Sidiq,2014
FAKTOR DOMINAN YANG BERPENGARUH PADA JUMLAH BENDA JATUH ANTARIKSA BUATAN
SEJAK 2008-2013
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
Liou, J. C. An active debris removal parametric study for LEO environment
remediation. Available online at www.sciencedirect.com, February 2011
Subhan Permana Sidiq,2014
FAKTOR DOMINAN YANG BERPENGARUH PADA JUMLAH BENDA JATUH ANTARIKSA BUATAN
SEJAK 2008-2013
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
45
McNally, D., 1997. Adverse Effects of pace Debris on Astronomy, Adv. Space
Res. Vol. 19, No.2, 399-402
NASA, 2007. Chinese Anti-satellite Test Creates Most Severe Orbital Debris
Cloud in History, ODQN, NASA JSC, Vol. 11, Issue 2,hlm 2
NASA, 2008. Satellite Breakups During First Quarter of 2008, ODQN, NASA
JSC, Vol.12, Issue 2, hlm 1.
NASA, 2009. Satellite Collision Leaves Significant Debris Clouds , ODQN,
NASA JSC, Vol. 13, Issue 2.
NASA, 2012. Monthly Number of Object in Earth Orbit by Object Type, ODQN,
NASA JSC, Vol. 16, Issue 1
NASA, 2014. USA Space Debris Environment Operations and Modelling
Updates,. Presentation to the 51st Session of the Scientific and Technical
Subcommittee Commitee on the Peaceful Uses of outer Space United Nation ,.
10-21 February 2014.
NRC, Orbital Debris : A Technical Assessment, National Academic of Sciences,
Washington, D.C.,1995.
NRC, 2011. Limiting Future Collision Risk to Spacecraft: an Assessment of
NASA’s Meteoroid and Orbital
Rising,D,http://www.wunderground.com/news/satellite-crashes-space-junk20131111,diakses: 20 November 2013
Rachman, A., Kerusakan Lingkungan Antariksa , Info Lapan, Vol 5/No 2, 2009
Rachman, A., Analisis Populasi Sampah Antariksa Menjelang Puncak Aktivitas
Matahari Siklus 24 dan Konsekuensinya Pada Potensi Tumbukan Satelit
LAPAN-TUBSAT, Jurnal Sains Dirgantara, Vol.10/No 1.Desember 2012.
Rachman, A., Analisis Populasi Sampah Antariksa di Sekitar Puncak Aktivitas
Matahari Siklus ke 24, Program Penelitian 2013, Lapan-Bandung.
46
Rachman, A., Space Debris Mitigation Activities in Indonesia, Presented at the
51st Session of the UNCOPOUS Scientific and Technical Subcommittee,
Vienna, 10-21 February 2014.
Realtime
Space
Debris
Surveilance,
2010.
Analisis
Benda
Jatuh,
http://orbit.dirgantara-lapan.or.id/, diakses Desember 2013.
Sellers, JJ., 2007. Understanding Space An introduction to Astronautics Second
Edition, ISBN 0-07-242468-0.USA: McGraw-Hill Companies.
Simpson, A., Preservation of Near-Earth Space For Future Generation, hlm 14,
1994
Susetyo, B., (2010). Statistika untuk analisis data penelitiaan. Bandung : Refika
Aditama.
Tribble et al. 2005. The Space Environment and Survivability. Buku Space
Mission and Analysis Design Third Edition. Hal.203-212. California
:microcosm Press.
Debris Program, The National Academic Press, Washington, D.C
UCS, 2014, UCS Satellite Database, diakses pada 21 April 2014
www.spaceweather.ca, diakses pada Desember 2013
www.celestrack.com, diakses pada Januari 2014
Ahmad, N., 2007. Pengaruh Aktivitas Matahari dan Geomagnet Terhadap
Ketinggian Orbit Satelit, Majalah Sains dan Teknologi Dirgantara LAPAN no.
2 hal. 67-74, ISSN 1907-0713. Jakarta:LAPAN
Air Command And Staff College 2009. Orbital Mechanics, Space Primer, hal. 89112, ISBN 978-1-58566-194-7.
Bothmer, V., 2007. Space Weather Physics and Effects, hal. 33. Chichester :
Praxis Publishing
Campbell, Bruce A et al.1996. Intoduction To Space and Spacecraft
Aplications.Houston : Gulf Publishing Company
CoDr, 2012. Micrometeorite Detection System’s, http://spacegrant.colorado.edu/,
diakses Desember 2013
Djamaluddin, T., Analisis Dampak Anomali Peralihan Siklus 23 dan Siklus 24
Aktivitas Matahari pada Lingkungan Bumi, Matahari dan Antariksa, Seri ke-5,
2011.
Fatmawati, S.N., Analisis implementasi pedoman PBB tentang mitigasi sampah
antariksa , Jurnal Analisis dan Informasi kedirgantaraa, Vol.9 No.2 Desember
2012.
Furqon, 2009. Statistika terapan untuk penelitian, hal 93-108, Bandung ; Penerbit
Alphabet
Johnson, N., 1996. First Natural Collision of Catalogued Earth Satellites, ODQN,
NASA JSC, Vol. 1, Issue 2, p. 1
Larson,W.,J. dan J.n.Wertz,.2005. Space mission and analysis design Third
Edition. California: Microcosm Press
Subhan Permana Sidiq,2014
FAKTOR DOMINAN YANG BERPENGARUH PADA JUMLAH BENDA JATUH ANTARIKSA BUATAN
SEJAK 2008-2013
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
Liou, J. C. An active debris removal parametric study for LEO environment
remediation. Available online at www.sciencedirect.com, February 2011
Subhan Permana Sidiq,2014
FAKTOR DOMINAN YANG BERPENGARUH PADA JUMLAH BENDA JATUH ANTARIKSA BUATAN
SEJAK 2008-2013
Universitas Pendidikan Indonesia | repository.upi.edu | perpustakaan.upi.edu
45
McNally, D., 1997. Adverse Effects of pace Debris on Astronomy, Adv. Space
Res. Vol. 19, No.2, 399-402
NASA, 2007. Chinese Anti-satellite Test Creates Most Severe Orbital Debris
Cloud in History, ODQN, NASA JSC, Vol. 11, Issue 2,hlm 2
NASA, 2008. Satellite Breakups During First Quarter of 2008, ODQN, NASA
JSC, Vol.12, Issue 2, hlm 1.
NASA, 2009. Satellite Collision Leaves Significant Debris Clouds , ODQN,
NASA JSC, Vol. 13, Issue 2.
NASA, 2012. Monthly Number of Object in Earth Orbit by Object Type, ODQN,
NASA JSC, Vol. 16, Issue 1
NASA, 2014. USA Space Debris Environment Operations and Modelling
Updates,. Presentation to the 51st Session of the Scientific and Technical
Subcommittee Commitee on the Peaceful Uses of outer Space United Nation ,.
10-21 February 2014.
NRC, Orbital Debris : A Technical Assessment, National Academic of Sciences,
Washington, D.C.,1995.
NRC, 2011. Limiting Future Collision Risk to Spacecraft: an Assessment of
NASA’s Meteoroid and Orbital
Rising,D,http://www.wunderground.com/news/satellite-crashes-space-junk20131111,diakses: 20 November 2013
Rachman, A., Kerusakan Lingkungan Antariksa , Info Lapan, Vol 5/No 2, 2009
Rachman, A., Analisis Populasi Sampah Antariksa Menjelang Puncak Aktivitas
Matahari Siklus 24 dan Konsekuensinya Pada Potensi Tumbukan Satelit
LAPAN-TUBSAT, Jurnal Sains Dirgantara, Vol.10/No 1.Desember 2012.
Rachman, A., Analisis Populasi Sampah Antariksa di Sekitar Puncak Aktivitas
Matahari Siklus ke 24, Program Penelitian 2013, Lapan-Bandung.
46
Rachman, A., Space Debris Mitigation Activities in Indonesia, Presented at the
51st Session of the UNCOPOUS Scientific and Technical Subcommittee,
Vienna, 10-21 February 2014.
Realtime
Space
Debris
Surveilance,
2010.
Analisis
Benda
Jatuh,
http://orbit.dirgantara-lapan.or.id/, diakses Desember 2013.
Sellers, JJ., 2007. Understanding Space An introduction to Astronautics Second
Edition, ISBN 0-07-242468-0.USA: McGraw-Hill Companies.
Simpson, A., Preservation of Near-Earth Space For Future Generation, hlm 14,
1994
Susetyo, B., (2010). Statistika untuk analisis data penelitiaan. Bandung : Refika
Aditama.
Tribble et al. 2005. The Space Environment and Survivability. Buku Space
Mission and Analysis Design Third Edition. Hal.203-212. California
:microcosm Press.
Debris Program, The National Academic Press, Washington, D.C
UCS, 2014, UCS Satellite Database, diakses pada 21 April 2014
www.spaceweather.ca, diakses pada Desember 2013
www.celestrack.com, diakses pada Januari 2014