Explore how carbon moves through oceans, atmosphere, and living organisms in this concise guide that explains feedback loops, climate impacts, and future scenarios for a clearer understanding of Earth’s vital cycle.
(9780521636360) - Country of publication: UNITED KINGDOM - Dimensions: (H) 254mm, (W) 178mm, (D) 36mm - Cambridge University Press - Manufacture on demand - Professional and scholarly - ISBN: 9780521636360
(9780691183527) - Height: 149 mm - Spine width: 20 mm - Width: 223 mm - Princeton University Press - ISBN: 9780691183527 - Number of pages: 233 - Languages: English - Weight: 482 g
(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
(9780198506928) - Height: 245 mm - Spine width: 30 mm - Width: 190 mm - Oxford University Press - OUP Oxford - ISBN: 9780198506928 - Number of pages: 648 - Languages: English - Publication date: 05 Aug 2010
Explore how a solar flare in 1859 reshaped humanity’s view of the cosmos, tracing Richard Carrington’s pivotal observations and the birth of modern astronomy through vivid narrative and scientific insight.
Explore advanced statistical techniques for analyzing experimental data, covering hypothesis testing, error analysis, and Bayesian inference with clear examples and practical guidance for physicists.
Explore advanced fluid dynamics through rigorous theory and practical examples, featuring detailed derivations of continuity, momentum, and energy equations, stability analysis, and turbulence modeling in a concise, scholarly format.
Explore how gas, dust, and magnetic fields shape galaxies, accretion disks, and stellar winds in this comprehensive guide to astrophysical fluid dynamics, blending theory with real‑world examples.
Explore advanced concepts in electronic band structure, optical absorption, and dielectric response with clear derivations and practical examples, ideal for graduate physics students seeking depth.
Explore quantum mechanics through the lens of ultracold atoms, with clear explanations of statistical physics, mean‑field theory, and experimental techniques that reveal macroscopic wave behavior in dilute gases.