Pembuatan Video Profil Perseroan Terbatas (PT) Radio Karya Pancaran Swaramedia Boyolali

Abstract: Multimedia is one way to facilitate deliver information in the form of audio or visual. Multimedia is also able to produce something more lively and interesting, one of the multimedia application is to visualize video profile. PT.Radio Karya Pancaran Swaramedia do not have the means to socialize themselves and to society in the form of promotional video profile. By using video profile is expected to be a tool of socialization and promotion of the public as well as documentation. Formulation of the problem of this research is how to make a video profile of PT. Radio Karya Pancaran Swaramedia using multimedia computer. The purpose of this research is to create a video profile and media information about PT. Radio Karya Pancaran Swaramedia. The benefits of this research are used as a medium for the promotion, dissemination and documentation of PT.Radio Karya Pancaran Swaramedia. The methodology used was the literature research, observations, interviews, analysis, design, picture taking and capturing, editing and sound recording, test, and implement. In this study, the authors used Sony Vegas 7 as editing software. Through video production profile by using this multimedia computer obtained result can be used as documentation as well as a means of promotion and dissemination Abstrak : Multimedia merupakan salah satu cara untuk mempermudah menyampaikan informasi dalam bentuk audio ataupun visual. Multimedia juga mampu menghasilkan sesuatu menjadi lebih hidup dan menarik, salah satu penerapan multimedia adalah untuk menvisualisasikan video profile. PT.Radio Karya Pancaran Swaramedia belum memiliki sarana untuk sosialisasi diri dan promosi kepada masyarakat yang berupa video profile. Dengan menggunakan video profile diharapkan dapat sebagai alat sosialisasi dan promosi kepada masyarakat sekaligus sebagai dokumentasi. Rumusan masalah dari penelitian ini adalah bagaimana membuat video profile PT. Radio Karya Pancaran Swaramedia dengan menggunakan komputer multimedia. Adapun tujuan dari penelitian ini adalah untuk membuat video profile dan media informasi tentang PT. Radio Karya Pancaran Swaramedia. Manfaat dari penelitian ini adalah digunakan sebagai media promosi, sosialisasi dan dokumentasi tentang PT.Radio Karya Pancaran Swaramedia. Metodologi penelitian yang digunakan adalah pustaka, observasi, wawancara, analisis, perancangan, pengambilan gambar dan capturing, editing dan perekaman suara, uji coba dan implementasi. Dalam penelitian ini, penulis menggunakan Sony Vegas 7 sebagai software editingnya. Melalui pembuatan video profile dengan menggunakan komputer multimedia ini memperoleh result yang dapat digunakan sebagai dokumentasi sekaligus sebagai sarana promosi dan sosialisasi. Kata kunci : Video profil, Multimedi

APPROACHING CRYOGENIC GE PERFORMANCE WITH PELTIER COOLED CDTE

A new class of hand-held, portable spectrometers based on large area (lcm2) CdTe detectors of thickness up to 3mm has been demonstrated to produce energy resolution of between 0.3 and 0.5% FWHM at 662 keV. The system uses a charge loss correction circuit for improved efficiency, and detector temperature stabilization to ensure consistent operation of the detector during field measurements over a wide range of ambient temperature. The system can operate continuously for up to 8hrs on rechargeable batteries. The signal output from the charge loss corrector is compatible with most analog and digital spectroscopy amplifiers and multi channel analyzers. Using a detector measuring 11.2 by 9.1 by 2.13 mm3, we have recently been able to obtain the first wide-range plutonium gamma-ray isotopic analysis with other than a cryogenically cooled germanium spectrometer. The CdTe spectrometer is capable of measuring small plutonium reference samples in about one hour, covering the range from low to high burnup. The isotopic analysis software used to obtain these results was FRAM, Version 4 from LANL. The new spectrometer is expected to be useful for low-grade assay, as well as for some in-situ plutonium gamma-ray isotopics in lieu of cryogenically cooled Ge