Judul: Manajemen Sapi Bakalan Impor Selama dan Setelah Masa Karantina serta Pengaruhnya Terhadap Bobot Badan
Abstrak: Melihat situasi dan kondisi Indonesia yang telah bebas dari hampir semua penyakit hewan list A OIE (Ofice InternasionaI Des Ephtica), maka diperlukan peningkatan pengawasan terhadap jalur lalu lintas hewan dan bahan asal hewan oleh pihak karantina hewan, sehingga wabah penyakit dan kesejahteraan hewan dapat diawasi.
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Judul: Kajian Biosekuriti Instalasi Karantina Hewan Sapi Impor di Pulau Jawa
Abstrak: Indonesia imports large number of live cattle as breeding cattle or beef cattle to fulfill its demands for protein of animal origin. In order to prevent animal disease entering and spreading in the country the Government of Indonesia provides animal quarantine premises inside or outside every entry/exit point. Requirements and procedures to establish animal quarantine premises is stated in the Agriculture Minister’s Decree No 34/2006 regarding Requirements and Procedures to Establish Animal Quarantine Premises, and in the Head of Agriculture Quarantine Agency’s Decree regarding Technical Guidelines for Large Ruminant Animal Quarantine Premises. Biosecurity in animal quarantine facilities is one of important factors in preventing spreading of diseases among animals, transmission from animals to human or vice versa and also preventing disease to enter premises. Biosecurity implementation in animal quarantine premises depends on the knowledge, attitude and practices conducted by the officers of the premise, both veterinarian officers and paraveterinarian officers. The aim of this study is to determine the level of biosecurity and the relation among characteristic, knowledge and attitude of veterinarian and paraveterinarian officers on the biosecurity implementation (sanitation, isolation and movement control) in a temporary animal quarantine premises. Data were collected from temporary animal quarantine premises for imported cattle across Java Island. In this study we found that in general the biosecurity implementation in the premises was adequate (62.6%) and good (31.2%). We also noticed that the characteristic of veterinarian officers showed no relation to the biosecurity implementation, while the knowledge and attitude of veterinarian officers showed a strong relation to the biosecurity implementation (p<0.05) with medium correlation level (r = 0.463 and r = 0.524). On the other hand, characteristic of paraveterinarian officers showed no relation to the biosecurity implementation, while the knowledge and attitude of paraveterinarian officers shows a strong relation to the biosecurity implementation (p<0.05) with medium correlation level (r = 0.410 and r = 0.427).
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Judul: Elektrodeposisi Film Tipis Semikonduktor Cu2ZnSnS4 (CZTS) pada Substrat Kaca ITO
Abstrak: Semiconductor Cu2ZnSnS4 (CZTS) thin film that can be used as absorber layers on solar cell module was made via electrodeposition method. CZTS thin film was electrodeposited on the surface of a silicate glass coated with a thin layer of indium tin oxide (ITO). Deposition process was done using potentiostatic mode at room temperature with a potential of 1.05 V for 30, 45, and 60 minutes, followed with annealing the film at 2 different temperatures, 500 ºC using furnace and 180 ºC using hot plate, both treatments for 45 minutes in N2/H2S atmosphere. The X-ray difractograms were analyzed using Match 2 program and showed that the CZTS thin films had kesterit crystalline structure, with a low percentage of CZTS phase. The thin film also contained secondary phases such as Cu2S, ZnS, and SnS. The obtained CZTS thin films had a thickness between 1.039 and 1.676 μm. Absorption study showed that the band gap energy of CZTS thin films which was annealed using furnace ranged from 1.50 to 1.52 eV, whereas that annealed using the hot plate was not observed. The band gap energy value showed that CZTS thin films can be used as sunlight absorber layers on solar cell. The formation of CZTS crystal film on this investigation was effectively performed using furnace annealing process at a temperature of 500 ºC with deposition time of 45 minutes.
Keyword: Thin film, Electrodeposition, Cu2ZnSnS4