Buku Metalurgi Fisik Modern & Rekayasa Material edisi keenam ini membahas mulai dari elemen-elemen murni hingga superalloy, dari gelas hingga keramik-keramik rekayasa, dan dari plastik hingga komposit-komposit in situ. Buku ini juga menyertakan bab-bab baru yang membahas material-material untuk peralatan olahraga. (Jml)
Logam-logam teknik pada umumnya tidak terdiri dari hanya satu unsur saja. Biasanya di samping satu unsur pokok, ada satu atau lebih unsur lain yang ditambahkan. Tujuan penambahan unsur-unsur tersebut adalah untuk merubah sifat-sifat logam pokok sehingga memiliki sifat sesuai keperluan penggunaanya. (AR)
This book consist : Introduction; Non-destructive analysis; Destructive analysis; Containment and surveillance; Unattended and remote monitoring; and Environmental sampling. (Jml)
This book consist : Introduction; Table 1. Current certificates; Table 2. Expired certificates; Table 3. Current certificates by validation number; Table 4. Expired certificates by validation number; Table 5. Mass, contents and description for all certificates and validations; and Table 6. Certificates listed by member state. (Jml)
This book consist : Introduction; Application of the standards to work involving minerals and raw materials; Industrial activities most likely to require regulatory consideration; Practical techniques for determining radionuclide activity concentrations; and Example of an assessment procedure. (Jml)
Nuclear scientists have recognized that much can be learned from the analysis of reported cases of illicit trafficking of nuclear and other radioactive material, specifically, what the material has been used for, where it was obtained from (stock, scrap or waste) and whether the amount seized was only a sample of a much more significant quantity. These and many other questions can be answered t…
This book consist : Introduction; General safety considerations in design; Specific safety considerations in desgin; Qualification and testing; and Quality assurance in design. (Jml)
"Although elemental semiconductors such as silicon and germanium are standard for energy dispersive spectroscopy in the laboratory, their use for an increasing range of applications is becoming marginalized by their physical limitations, namely the need for ancillary cooling, their modest stopping powers, and radiation intolerance. Compound semiconductors, on the other hand, encompass such a wi…