(9781107185920) - Height: 258 mm - Spine width: 23 mm - Width: 177 mm - Cambridge University Press - ISBN: 9781107185920 - Number of pages: 450 - Languages: English - Publication date: 22 Nov 2018 - Weight: 980 g
Explore advanced plasma behavior with clear theory, practical equations, and real‑world applications, ideal for engineers designing fusion devices, space propulsion, or high‑frequency systems.
Explore how thin films deform, crack, and evolve on a microscopic level with this comprehensive guide to stress mechanics, defect dynamics, and surface morphology in advanced materials.
Explore advanced geochemical techniques for data collection, statistical analysis, and interpretation in a concise guide that blends theory with practical field examples, enhancing analytical accuracy and reporting clarity.
Explore stream dynamics with a clear, data‑driven approach that blends theory and field practice, offering ecologists practical tools for measuring flow, modeling habitats, and managing freshwater ecosystems effectively.
(9781138583894) - Height: 153 mm - Spine width: 35 mm - Width: 232 mm - CRC Press - Taylor and Francis - ISBN: 9781138583894 - Number of pages: 368 - Languages: English - Weight: 582 g
(9780631229193) - Height: 256 mm - Spine width: 21 mm - Width: 178 mm - Wiley Blackwell - Blackwell - ISBN: 9780631229193 - Number of pages: 400 - Languages: English - Weight: 694 g
(9781119512943) - Height: 189 mm - Spine width: 43 mm - Width: 239 mm - Sybex - Wiley - ISBN: 9781119512943 - Number of pages: 848 - Languages: English - Weight: 1382 g
(9781461438335 / 18668002) - Dimensions: 155 x 235 x 36.58mm | 1,148g - Format: Hardback | 640 pages - Publication date: 01 Aug 2012 - ISBN: 9781461438335 - Languages: English - Publication place: New York, NY, United States
Explore the science of color grading and mastering in cinema with this comprehensive guide, detailing workflow techniques, industry standards, and practical tips for achieving cinematic visual excellence.
Explore quantum field theory through clear, step‑by‑step explanations that break down complex concepts into intuitive ideas, making advanced physics accessible to all readers.