This is the most popular dictionary of physics available. It contains over 3,800 entries covering all commonly encountered physics terms and concepts, as well as terms from the related fields of astronomy, astrophysics, and physical chemistry. With 200 new entries and expanded coverage in areas including applied physics, statistical distributions, polymers, and nanoscience, A Dictionary of Physics is more comprehensive than ever before.
The dictionary is generously illustrated with over 120 diagrams, graphs, and tables. Feature entries provide in-depth analysis of key topics such as crystal defects, magnetic resonance imaging, and the solar system. Three feature entries on low-temperature physics, nanophysics, and quantum entanglement are completely new to this edition, as are entry-level web links. Ideal for students of physics at A-Level and undergraduate level, as well as students of related science subjects. Also valuable for professionals and for anyone who comes into contact with physics terms and concepts.
A SEARCH TOOL
featuring search autocomplete to help you find words quickly by displaying predictions similar to the terms you're typing. You also get enhanced search extras including:
• A quick search of words while you type.
• A 'fuzzy filter' for when you are not sure of the correct spelling of a word.
• A 'keyword' search for finding key words within compound words.
• A wild card search function ('*' or '?') which can replace a letter or entire parts of a word.
• Download dictionary definitions locally for offline word lookup.
A LEARNING TOOL
including a number of features that help you further enhance your vocabulary:
• A 'Favorites' feature to create custom folders with lists of words from the extensive library, including cross-curriculum words.
• History list to help you easily review looked-up words.
• Discover more using the included special language notes.
• See words in context with example sentences.
• 'Word-of-the-day' feature with dedicated homescreen widget.
A mobile dictionary application from MobiSystems with content from Oxford University Press.
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