Judul: Sikap Anggota Terhadap Kelompok Tani Ikan Hias di Desa Cibuntu, Kecamatan  Ciampea, Kabupaten Bogor, Propinsi Jawa Barat
Abstrak: Pembangunan perikanan di Kabupaten Bogor bertujuan untuk : (1) meningkatkan pendapatan petani ikan melalui penggunaan sumber daya perikanan dengan penerapan ilmu pengetahuan dan tekhnologi yang berwawasan lingkungan serta peningkatan nilai tambah hasil-hasil perikanan, (2) meningkatkan penyediaan dan distribusi bahan pangan komoditas perikanan, (3) mendorong dan meningkatkan kesempatan kerja dan kesempatan berusaha yang produktif di sub sektor perikanan dan (4) mendorong peningkatan pertumbuhan industri perikanan melalui penyediaan bahan baku dan peningkatan penerimaan bagi pemerintah Kabupaten Bogor.
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Judul: Perencanaan pengembangan perikanan budidaya air tawar di Kabupaten Bogor Provinsi Jawa Barat
Abstrak: Bogor regency as a buffer zone of Jakarta has long been known as one of the central production of freshwater aquaculture in West Java Province. Beside for self-sufficient, Bogor regency also required to meet the needs of freshwater edible fish for the city of Jakarta. Increasing of development in Bogor regency has affect land use change, such as reducing area for freshwater aquaculture. The objectives of the study were: (1) to identify the existing condition of freshwater aquaculture in Bogor regency, (2) to analyze the role of fisheries and its lingkages with other sectors, (3) to analyze potential area for development of freshwater aquaculture, (4) to explore the perception of stakeholders about the development of freshwater aquaculture, and (5) to analyze the external and internal factors for the development of freshwater aquaculture in Bogor regency, including its strategic plan development. The results have shown that aquaculture production reached 36.007,73 tons with 6.782 farmer and productivity of 5,31 tons/farmer in 2010. Fish consumption rate is 20,95 kg/capita/year with population of 4.763.209. Input-output analysis shown that the fisheries sector has high backward with low foreward power of dispersion. From the stakeholders point of view, the most influential aspect is the economical and the utilization of fishing hatchery aspects. Moreover, further analysis shows that even though the freshwater aquaculture in Bogor regency experiencing many threats, however, at the same time it also has its internal strength. Therefore, the appropriate strategic development of aquaculture in Bogor regency, recommended are: retaining potential fisheries area and preventing land use change; utilizing fish species which are tolerant to water quality; increasing the use of technology and new discovery in cheap protein feed manufacturing; and the utilization of stem and improved seeds.
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Judul: Separation of Neodymium from U3Si2/Al Fuel Plate for Burn-Up Determination
Abstrak: Neodymium is a common fission product produced in nuclear fission reactions. Neodymium in this study was chosen as a burn-up indicator for U3Si2/Al fuel element plates because the neodymium isotope is a stable fission product with a fairly high yield. Some procedures were carried out to separate neodymium, starting with the separation of cesium isotopes (137Cs, 134Cs) through the precipitation method, then separation of uranium isotopes (235U, 238U) and plutonium isotopes (239Pu, 238Pu) with Dowex 1x8 ion exchange resin, and separation of neodymium (Nd), samarium (Sm), as well as cerium (Ce) with Dowex 1x4 ion exchange resin. The Cs recovery reached 99.95%. The U and Pu isotopes resulting from the separation are subjected to an electrodeposition process and the weight of each isotope can be measured with an alpha spectrometer. The separation results of Nd from Sm and Ce have been proven using an XRF spectrometer. The neodymium isotopes separation was corrected using the standard addition method, and an average total Nd content of 2.4 ppm was obtained in the PEB U3Si2/Al bottom solution. It is hoped that this separation method can be applied in determining burn-up of nuclear fuel.
Keyword: neodymium, burn-up indicator, U3Si2/Al fuel plate