Judul: Analisis Portofolio Optimal Saham Perusahaan Agribisnis di Bursa Efek Jakarta (Periode Feb-April 2001
Abstrak: Krisis ekonomi dan moneter yang terjadi di Indonesia telah membuat pembangunan nasional dan pembangunan ekonomi pada khususnya berjalan lambat dan terjadi penurunan. Salah satu sebabnya, Indonesia kurang menfokuskan pembangunan ekonomi pada industri yang berakar kuat. Untuk melaksanakan pembangunan pada industri yang berakar kuat, Indonesia dapat menerapkan strategi pembangunan nasional yang bersifat domestic resources based, yaitu pembangunan sistem agribisnis. Oleh karena Indonesia kaya akan bahan baku pertanian, selayaknya investasi lebih banyak ke sektor pertanian.
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Judul: Analisis Portofolio Optimal Saham Sektor Pertanian di PT. Bursa Efek Jakarta
Abstrak: Krisis moneter telah membuat banyak perusahaan sulit untuk mempertahankan usahanya dimana perusahaan sudah tidak mampu lagi menutupi biayan~a, sehingga dibutuhkan sumber dana untuk perluasan skala produksi. Ada tiga altematif sumber pembiayaan perusahaan yang terdiri dari (Daniri, 1996): 1. Self financitrg, dimana perusahaan hanya mengandalkan kemampuan internnya untuk membiayai aktivitas perusahaan. 2. Zndirecffinailcing, merupakan sumber pembiayaan melalui perbankan. 3. Direct financing, yaitu pembiayaan perusahaan melalui pasar modal dengan menghimpun dana dari masyarakat.
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Judul: Characterization of Thermal Water Current Meter Sensor ( Laboratory test in Pipe Flow)
Abstrak: Dpl Thermal type water flow meter is a device to measure water flow rate using thermal sensor. There’s two sensor inside this device which one of the sensor is wrapped by heated wire. Flow rate measurement is using difference value between the temperature of sensor that wrapped by heated wire with the temperature of flowing water. The principal of this device is heat transfer between the sensor and the water, so the flow rate is measurable. If the flow rate increasing then the temperature difference between sensor and water is decreasing, vice versa. Based on simulation, low flow rate make the device getting more sensitive and the sensitivity is decreasing as the flow rate is increasing. On low flow rate, the temperature difference between the heated sensor with water flow is very small, so to get more visible result, this device is using differential amplifier. This way, the slightest temperature difference between the heated sensor and water flow is visible even for higher flow rate. Flow rate measurement done to a calibration system made. Flow rate is determined with measuring rate debit then divided by pipe sectional area and value of flow rate can be obtained. Calibration system is using a 2.3cm diameter pipe and the distance between two sensors is 15cm. The heat that is given to heated wire is 2.8 Watt which can increase the temperature of the sensor by 5Co if the flow rate is 0.05 m/s. The equation that obtained by calculation is x = 5.512 e-93y where x is the water flow rate and y is the temperature difference between heated sensor with the water. There is difference between model simulation with the calculation result in this research. It is caused by assumption that applied during the time of calculation.
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