annual report 2009 lapan.docx

Pengembangan roket konversi 6 penelitian dan

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pengembangan roket konversi ............................................................................................ 6 penelitian dan pengembangan roket tmc .......................................................................... 6 rancang bangun blast tube roket ǿ 150 mm ...................................................................... 6 f . pengembangan roket kendali .............................................................................................. 7 analisa dan simulasi kekuatan struktur sirip aktuator roket kendali ................................. 8 g. pengembangan perangkat lunak untuk
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perancangan roket pengorbit satelit indonesia ................................................................... 8 h. pengembangan wahana terbang bermesin turbo jet dengan roket booster .................... 8 i. rancang bangun sistem separasi roket bertingkat ............................................................. 9 j. rancang bangun system alat uji dan kalibrasi sensor inersia tiga aksis pada muatan roket ........................................................ 9 k. rancang bangun dan uji coba small turbo jet engine dengan thrust 200 n ...................... 10 l. rancang bangun alat uji innersia massa roket dalam tiga arah sumbu ............................ 10 m. rancang bangun alat uji tekan hidro elastic untuk tabung ................................................ 10 n. pengembangan simulator dengan paralel computing ......................................................... 11 o. pembuatan nosel roket dari paduan baja karbon 0,45%c dengan investment casting ................................................................. 11 p . perancangan software koefisien aerodinamika roket lapan .............................................. 11 q. pengujian vibrasi model roket rps- 420 dalam terowongan angin pada kecepatan transonik .......................................................... 12 r. karakteristik aerodinamika nose cone roket dengan visualisasi shock wave rainbow schlieren .......................................................................... 13 bab 2 pengembangan satelit ............................................................................................................ 15 satelit lapan tubsat ........................................................................................................................ 16 konstalasi satelit lapan ................................................................................................................. 17 foto-foto hasil satelit lapan tubsat .................................................................................................. 18 foto citra satelit lapan tubsat gunung bromo-jawa timur ............................................................. 20 foto citra satelit lapan tubsat gunung merapi-jawa tengah .......................................................... 20 annual report 2009 lembaga penerbangan dan antariksa nasional v </Page> <Page Number="8"> lapan-a2 satelite component ............................................................................................................ 22 satelit mitigasi bencana ....................................................................................................................... 23 satelit orari (lapan-a3) .................................................................................................................... 24 lapan- orari/a3 satelite component ................................................................................................. 25 a. penyediaan komponen, tes, dan integrasi ........................................................................... 26 b. persiapan peluncuran (kerjasama dengan indian space research organization-isro) ....... 26 pengembangan satelit lisat lapan dengan ipb .................................................................................. 26 kajian satelit pendidikan ...................................................................................................................... 27 bab 3 teknologi terapan ................................................................................................................... 29 a. skea (sistem konversi energi angin) .................................................................................... 30 a. pengembangan dan pemanfaatan skea kapasitas daya listrik sampai dengan 10 kw .............................................................. 30 b. rekayasa, uji fungsi dan uji pemanfaatan prototipe skea 50 kw ............................... 32 b. rum, roket suar, roket petir ......................................................................................... 36 roket uji muatan (rum) ...................................................................................................... 36 roket suar ............................................................................................................................ 36 roket petir ............................................................................................................................ 36 c. perancangan dan pembuatan sistem validasi muatan roket portable untuk lomba uji muatan tingkat mahasiswa ............................... 37 d. tews, tide gauge, aws ..................................................................................................... 38 tsunamy early warning system (tews) ............................................................................... 38 tide
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gauge ........................................................................................................................... 38 automatic weather station (aws) ....................................................................................... 39 e. pemanfaatan tide gauge sebagai simpul tews lokal perairan dalam di indonesia ............................................................................. 40 bab 4 operasi, pelayanan dan pemanfaatan teknologi penginderaan jauh ............................ 41 a. operasi stasiun bumi dan bank data penginderaan jauh .................................................... 42 b. pengembangan dan peningkatan kualitas data penginderaan jauh .................................... 43 c. pengembangan teknologi penginderaan jauh ..................................................................... 44 c.1. pengembangan sistem sensor satelit ........................................................................... 44 c.2. pengembangan sistem stasiun bumi ............................................................................ 45 c.3. pengembangan pengolahan data ................................................................................. 46 d. penguasaan pemanfaatan penginderaan jauh .................................................................... 47 d.1. zona potensi penangkapan ikan (zppi) ......................................................................... 47 d.2. kajian pulau-pulau kecil terluar .................................................................................... 49 d.3. quick response banjir di das bengawan solo ............................................................. banjir bandang jebolnya dam situ gintung, tangerang banten .................................. 50 51 d.4. quick response tanah longsor pasca gempa di tasikmalaya dan padang pariaman ........................................................................... 52 d.5. pembangunan
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