''Mahabharata''!!!!! A famous Hindu epic story needs to be discussed.....Lets see who were the important people of the story who made ''Mahabharata'' an epic.....
Pengolahan Limbah Cair dengan metode Elektrokoagulasi ansyahrobi
Elektrokoagulasi adalah sebuah metode kimia listrik yang dapat difungsikan untuk menjadi sebuah metode yang bermanfaat guna untuk mengolah limbah cair khususnya limbah cair domestik.
Limbah cair domestik sendiri yaitu limbah yang salah satunya dapat dihasilkan dari sisa pembuangan aktivitas rumah tangga.
Dengan melakukan percobaan ini kita dapat mengetahui metode sederhana untuk mengolah limbah cair yang berada di lingkungan kita dengan cara Elektrokoagulasi.
Past, present, and future of HPC in life sciencesErich Birngruber
Traditional access to HPC systems is provided through batch jobs submitted directly by users.
Today, an increasing number of biological software is made accessible through web portals. This improved ease of use has led towards a democratization of access to computational resources, allowing scientists without computational backgrounds to carry out data- and compute-intensive analyses. However, these persistent services do not integrate well into a classical batch oriented HPC system such as MENDEL.
This shift in requirements for emerging services demands a re-evaluation of infrastructure planning and deployment. We will present our ongoing efforts to fulfil these requirements in our existing system, and how we plan to address them in a next generation data analysis platform.
''Mahabharata''!!!!! A famous Hindu epic story needs to be discussed.....Lets see who were the important people of the story who made ''Mahabharata'' an epic.....
Pengolahan Limbah Cair dengan metode Elektrokoagulasi ansyahrobi
Elektrokoagulasi adalah sebuah metode kimia listrik yang dapat difungsikan untuk menjadi sebuah metode yang bermanfaat guna untuk mengolah limbah cair khususnya limbah cair domestik.
Limbah cair domestik sendiri yaitu limbah yang salah satunya dapat dihasilkan dari sisa pembuangan aktivitas rumah tangga.
Dengan melakukan percobaan ini kita dapat mengetahui metode sederhana untuk mengolah limbah cair yang berada di lingkungan kita dengan cara Elektrokoagulasi.
Past, present, and future of HPC in life sciencesErich Birngruber
Traditional access to HPC systems is provided through batch jobs submitted directly by users.
Today, an increasing number of biological software is made accessible through web portals. This improved ease of use has led towards a democratization of access to computational resources, allowing scientists without computational backgrounds to carry out data- and compute-intensive analyses. However, these persistent services do not integrate well into a classical batch oriented HPC system such as MENDEL.
This shift in requirements for emerging services demands a re-evaluation of infrastructure planning and deployment. We will present our ongoing efforts to fulfil these requirements in our existing system, and how we plan to address them in a next generation data analysis platform.
Apache Mesos abstracts CPU, memory, storage, and other compute resources away from machines (physical or virtual), enabling fault-tolerant and elastic distributed systems to easily be built and run effectively.
Untuk studi berbagai jenis korosi, antara lain : Korosi merata (Uniform Corrosion), Korosi Galvani (Galvanic Corrosion), Korosi Celah (Crevice Corrosion),
Korosi Retak Tegang (Stress Corrosion Cracking),Korosi Intergranular (Intergranular Corrosion), Korosi Erosi (Erossion Corrosion), Korosi Sumuran (Pitting Corrosion) dan Selective Leaching. Dan juga upaya
pencegahan korosi antara lain : coating, proteksi katodik dan Corrosion Inhibitor
Apache Mesos abstracts CPU, memory, storage, and other compute resources away from machines (physical or virtual), enabling fault-tolerant and elastic distributed systems to easily be built and run effectively.
Untuk studi berbagai jenis korosi, antara lain : Korosi merata (Uniform Corrosion), Korosi Galvani (Galvanic Corrosion), Korosi Celah (Crevice Corrosion),
Korosi Retak Tegang (Stress Corrosion Cracking),Korosi Intergranular (Intergranular Corrosion), Korosi Erosi (Erossion Corrosion), Korosi Sumuran (Pitting Corrosion) dan Selective Leaching. Dan juga upaya
pencegahan korosi antara lain : coating, proteksi katodik dan Corrosion Inhibitor