Hasil Pencarian  ::  Simpan CSV :: Kembali

"Antique ceramics have played a prominent part in the traditional customs and beliefs of Indonesians since early times. Findings of pottery in prehistorical burial places indicate their importance as funeral goods. Antique ceramics are still used in important cermonies and fertility rites in the royal courts of Java and in many remote villages.Shapes and motifs of foreign ceramics can be traced on local ceramics, bronzes and textiles. ... The text on the origins of antique ceramics found in Indonesia is updated with some new findings of foreign ceramics and data on their origins and fifty new photographs have been added. Since the publication of this book in 1981, awareness of ceramics as objects of art has considerably increased. Antique and modern ceramics are eagerly bought as collector's and decorative items."

"Penelitian ini membahas tentang proses berbagi pengetahuan di World Wildlife Found For Nature Indonesia (WWF Indonesia). Penelitian ini bertujuan untuk mengetahui dan mendeskripsikan proses berbagi pengetahuan, faktor pendorong dan hambatan yang memengaruhi proses berbagi pengetahuan di WWF Indonesia. Penelitian ini merupakan penelitian kualitatif dengan metode studi kasus. Hasil dari penelitian ini menunjukan bahwa proses berbagi pengetahuan di WWF Indonesia dibagi menjadi tiga yaitu, proses identifikasi, proses penilaian ketersediaan pengetahuan dan pembuatan program berbagi pengetahuan. Program berbagi pengetahuan di WWF Indonesia antara lain sharing session, workshop, dan community of practice. Selain itu dijumpai faktor faktor pendukung berbagi pengetahuan berupa struktur organisasi dan hubungan yang baik antara manajemen atas dengan anggota lain. Adapun hambatan yang ditemukan berupa kurangnya motivasi untuk berbagi, kurangnya monitoring dari manajemen atas dan tidak memadainya jaringan internet yang ada.

---

This research discusses the process of knowledge sharing at World Wildlife Fund for Nature Indonesia (WWF Indonesia). The purposes of this research were to describe the processes, driving factors, and barriers that influence the knowledge sharing in WWF Indonesia. This research was a qualitative study with a case study as method. The results of this study indicate that the process of knowledge sharing in WWF Indonesia is divided into three processes; the first process is identification, the second process is the assessment of the availability of knowledge, and the last process is the creation of knowledge sharing programs. The knowledge sharing programs at WWF Indonesia include sharing sessions, workshops, and Community of Practices. In addition, there are also supporting factors for knowledge sharing in the form of organizational structure and good relations between top management and other members. The obstacles found were lack of motivation to share, lack of managements monitoring, and inadequate internet networks."

"The purpose of this research was to find other material to be alloyed to aluminum which is cheap, not a dangerous compound, which can be carted as simple as possible and should be as far as possible found in Indonesia. Tin, zinc, and indium, are metals to be alloyed which were reported gave a better performance to aluminum sacrificial anode, although the latest mentioned is difficult to be found in Indonesia. The alloying was done by simple casting. The investigation started with alloying aluminum with 5% Zn , and tin added in varying weights from of 0.004, 0.006, 0.008, 0.01, 0.04, 0.1, to 0.2 percent. The second was also 5% Zn and Indium in varying weights as from 0.004, 0.005, 0.02, 0.05, 0.07, to 0.08 percent. Anode potential, cathodic protection potential, the capacity of anode, anode output, anode efficiency, the anode corrosion patron and induction time were points being investigated to know the anode performance, gained by immersed test in 3% sodium chloride solution. The efficiency of 77 % can be obtained from 5% Zn and 0,1 % Sn aluminum alloy and for comparison, 5% Zn and 0.05% indium aluminum alloy can reach an efficiency of 86 %. The Sn, Zn aluminum alloys, have an anode potential of -1.15 volt, cathodic protection potential -1,06 volt , capacity of 2558 A.h/kg, while the Indium, Zn aluminum alloy has -1.155 volt anode potential, capacity of 2543 Ah/kg , and anode out put of 4.76 ampere. During the immersion time Al-Zn-Sn alloys give more stable cathodic protection potential."