Judul: Sistem Informasi Geografis Persebaran Hotspot Propinsi Kalimantan Tengah Menggunakan Framework Pmapper
Abstrak: There are several sites that provide information about hotspot distribution in Province of Central Kalimantan based on data up to December 2009, such as www.pkhl.or.id and www.geospasial.bnbp.go.id. However, these sites only provide information in the form of tables or static map (image in JPEG format) which is not displayed in a full and complete form. Another problem is that the information provided through this map is not informative enough and can not searching hotspot distribution by time interval. Therefore, the Geographic Information Systems of Hotspot Distribution in Province of Central Kalimantan is developed as the solution to these problems. This Geographic Information System of Hotspot Distribution in Province of Central Kalimantan is developed by using the GIS Development Guide published by the Department of Geography at Buffalo, on Microsoft Windows platform using Pmapper framework 3.2.0, PostgreSQL 8.3, PostGIS 1.2.1, and MS4W 2.3.1. The functions of this system are to zooming in/out the map, searching for locations, printing a map in the form of PDF or HTML, adding a new object and retrieving information related to the location. The Geographic Information Systems of Hotspot Distribution in Province of Central Kalimantan is developed as an improvement to Pmapper features, this research added facility to search hotspot by time interval, provides information about the locations of hotspot distribution in the Province of Central Kalimantan in full, web-based, dynamic and interactive form. The included informations are regional boundaries, contour line, roads, rivers, lakes, coastline, airport, and cities.
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Judul: Geographic Information System of Bogor Facilities Using Pmapper Framework.
Abstrak: There are several sites that provide information about location of points of interest in the City of Bogor based on data up to February 2009, such as www.kotabogor.go.id, www.indotravelers.com, www.pu.go.id, www.asiamaya.com, and www.bogor.net. However, these sites only provide the information in the form of tables or static map (image in JPEG or TIFF format) which is not displayed in a full and complete form. Another problem is that the information provided through this map is not informative enough and can not show the locations in the form of dots on geographic areas of Bogor City. Therefore, the Geographic Information Systems of Bogor City Facilities is developed as the solution to these problems. This Geographic Information Systems of Bogor City Facilities is developed by using the GIS Development Guide published by the Department of Geography at Buffalo, on Microsoft Windows platform using Pmapper framework 3.2.0, PostgreSQL 8.2, PostGIS 1.2.1, and MS4W 2.3.1. The functions of this system are to zooming in/out the map, searching for locations, printing a map in the form of PDF or HTML, adding a new object and retrieving information related to the location. The Geographic Information Systems of Bogor City Facilities is developed as a system that provides information about the locations in the city of Bogor in full, webbased, dynamic and interactive form. The included locations are villages, districts, landuse, roads, rivers, government facilities, public services, major businesses as well as tourism sites. Keywords: Bogor, geographic information system, pmapper framework
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Judul: Hydroxyapatite-Chitosan Composite Coating on Stainless Steel 316 to Improve Corrosion Resistance
Abstrak: Metals that were used in bone implantation should have good corrosion resistance that were not easily corroded when implanted into the body. Metal corrosion resistance of stainless steel 316 can be enhanced through the metal coating by hydroxyapatite-chitosan composite with composition ratio of hydroxyapatite (gram) and chitosan 3% (mL) 0.2:0, 0.2:0.1, 0.2:0.5, 0.2:1.0, and 0.2:1.5. Besides improving the corrosion resistance of metal, the presence of chitosan also maintain the position of hydroxyapatite on metal surfaces. Corrosion resistance increases with increasing amount of chitosan added and the best composition of hydroxyapatite-chitosan composite was 0.2:1.0.
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