Optimalisasi Penggunaan Aplikasi Digital Dalam Teknik Penggambaran Struktur Bangunan

The development of science and technology today is growing so rapidly, this has had a huge impact on human life. One example of technology that is developing so rapidly is the use of digital applications as a technique for depicting building structures. For example, these digital applications include AutoCAD, Revit and SketchUp design software. This application is a phenomenon that shows technological developments and the current needs of the architecture and construction industry. Depicting building structures using digital applications is the process of creating a digital model of the building to be built. a process of creating building engineering drawings in 3D (three-dimensional) form using computer applications that meet design standards. Digital applications can simplify and speed up the process of designing, implementing and maintaining buildings. Digital applications can also help save costs, time and resources, as well as reduce errors, conflicts and waste. &nbsp

Dosis Rata-Rata Harian dan Efektif Tahunan Radon Airtanah pada Daerah Gunung Masigit, Kecamatan Cipatat, Kabupaten Bandung Barat, Indonesia

Konsentrasi radon dapat mempengaruhi kondisi air yang biasa dikonsumsi masyarakat untuk kebutuhan sehari-hari. Hal ini berpotensi terhadap resiko kesehatan termasuk resiko kanker. Pada penelitian ini sampel didapatkan dari sumber air di berbagai kampung di daerah Gunung Masigit, Cipatat, yang biasa digunakan oleh masyarakat sekitar untuk keperluan sehari-hari. Sampel di tes menggunakan RAD 7 Electronic Radon detector. Konsentrasi radon pada sampel bervariasi di setiap sumber air. Konsentrasi radon terukur yaitu  2030± 509 Bq/m3, yang berasal dari sumber mata air kampung Cisalada dan 1140±393 Bq/m3 yang berasal dari air sumur Kampung Giri Mulya dan 705±393 Bq/m3 pada mata air daerah Kampung Pamucatan. Konsentrasi ini digunakan untuk menghitung konsentrasi rerata harian pada penduduk sekitar yang terpapar radon. Dosis rerata harian individu yang terpapar akibat konsumsi air mengandung radon  adalah 5,0 × 10-3 kg/ug/hari dan dosis efektif tahunan lebih rendah dari 0,1 mSv/tahun. Penelitian ini direkomendasikan sebagai acuan komprehensif yang dapat ditarik untuk kajian radiobiologi kesehatan dan toksisitas yang berhubungan dengan penyakit dan kualitas hidup masyarakat.Radon concentration affects the water condition, which is consumed daily. Radon is potentially have an effect on health, including cancer risk. In this research, samples were obtained from variou water sources in villages in Gunung Masigit, Cipatat. The samples were tested using RAD 7 Electronic Radon detector. We found that radon concentrations in water vary in each water source. Radon concentration from spring in Cisalada is 2030±509 Bq/m3, from water wells in Giri Mulya is 1140±393 Bq/m3 and from spring in pamucatan is 705±393 Bq/m3. The radon concentrations are used to calculate the daily average dose in the population. The daily average dose of individuals exposed for consuming water containing radon is 5.0 × 10-3 kg/ug/day, and the annually effective dose is lower than 0.1 mSv/year. This research is recommended as a comprehensive reference for radiobiology studies of health and disease-related toxicity and the quality of life of communities