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Encyclopedia of Physical Science and Technology - Encyclopedia
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Encyclopedia of Physical Science and Technology

description Encyclopedia of Physical Science and Technology Overview

The Encyclopedia of Physical Science and Technology is an 18-volume reference work published by Academic Press, with its third edition released in 2002. Edited by Robert A. Meyers, the encyclopedia offers in-depth, peer-reviewed articles covering all major areas of the physical sciences and engineering. Topics range from chemistry and physics to environmental science, materials engineering, and computing.

It is designed for researchers, practitioners, and university students seeking authoritative summaries of scientific concepts and technological advancements.

help Encyclopedia of Physical Science and Technology FAQ

How many volumes are in the Encyclopedia of Physical Science and Technology?

The third edition of the encyclopedia, released by Academic Press in 2002, is an expansive 18-volume reference work. It offers a massive compendium of peer-reviewed articles covering the physical sciences and their applications.

Who edited the Encyclopedia of Physical Science and Technology?

The third edition was edited by Robert A. Meyers, who organized contributions from thousands of scientists and engineers. His oversight ensured the encyclopedia maintained high academic and technical standards across all of its diverse scientific topics.

What fields of science does the Encyclopedia of Physical Science and Technology cover?

It offers in-depth coverage of all major areas of the physical sciences, including physics, chemistry, astronomy, earth sciences, and materials science. The articles also detail the practical engineering applications and modern technological uses of these foundational sciences.

Does the Encyclopedia of Physical Science and Technology cover modern technology?

Yes, alongside fundamental scientific theories, the encyclopedia explores contemporary technological advancements like nanotechnology, telecommunications, and environmental engineering. It bridges the gap between abstract physical science concepts and the technological devices utilized in the modern world.

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