(9780198817826 / 30498545) - Height: 196 mm - Spine width: 47 mm - Width: 129 mm - Oxford University Press - OUP Oxford - ISBN: 9780198817826 - Number of pages: 506 - Languages: English - Weight: 488 g
(9780521833783 / YES646550) - Height: 250 mm - Spine width: 42 mm - Width: 193 mm - Cambridge University Press - ISBN: 9780521833783 - Number of pages: 716 - Languages: English - Weight: 1698 g
(9780071794220 / NUSBK20160901-C128513) - Height: 230 mm - Spine width: 16 mm - Width: 154 mm - McGraw-Hill - ISBN: 9780071794220 - Number of pages: 259 - Languages: English - Weight: 364 g
(9780135853986) - Height: 147 mm - Spine width: 15 mm - Width: 203 mm - Prentice Hall Press - Penguin Publishing Group - ISBN: 9780135853986 - Number of pages: 224 - Languages: English - Weight: 241 g
(9780262535809 / 52410729) - Height: 129 mm - Spine width: 13 mm - Width: 177 mm - The MIT Press - ISBN: 9780262535809 - Number of pages: 177 - Languages: English - Weight: 178 g
(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 quantum mechanics through clear explanations of atomic structure, spectral lines, and perturbation theory, with practical examples and problem sets that deepen understanding of fundamental physics concepts.
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 quantum mechanics and crystal lattices through clear explanations of electronic band theory, phonon interactions, and defect physics, with practical examples linking material properties to real‑world applications.
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.