Nanotechnology
(9781349952007 / 9781349952007)
(9780486450285 / illustrations)
PUBLICAFFAIRS (9781610397490)
(9780470942734 / 9780470942734)
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Elsevier (9780128015780)
Prometheus (9781633883253)
(9780199606504 / 9780199606504) - Dimensions: 229 x 156 x 36 mm - ISBN: 9780199606504 - Number of pages: 576 - Oxford University Press - Weight: 858 g | Catastrophic Risks
Duke University Press (9780822325727)
(9780486789934)
(9780470891919 / YES4624344) | Print or unavailable edition
Springer (9789401793025)
(9783662559208 / 49007966)
Springer (9783319266497) | Transmission Electron Microscopy
(9780131014008)
McGraw-Hill Education (9780071460231)
Springer (9789048134762)
(9780525536512)
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KLO80 (9781591391852) | Theories of Innovation
(9780131402430 / bibliography)
World Scientific Publishing Company (9789814324557)
Financial Times/ Prentice Hall (9780273683766)
Cambridge University Press (9780521145053) | Essential Quantum
CRC Press (9781560329176)
(9780124077898) | Carbon materials
(9781108428262 / 30781403)
Springer (9783642553110)
World Scientific Publishing Co Pte Ltd (9789814436762)
(9780134319650) - Dimensions: 203 x 235 x 33.02mm | 1,450g - Edition statement: 10th edition - Format: Hardback | 896 pages - Publication date: 15 Jan 2016 - Pearson - United States - Pearson Education (US)
Explore the fundamentals of magnetic phenomena, from microscopic spin interactions to macroscopic field behavior, with clear explanations and practical examples that illuminate how magnetic materials shape modern technology.
Springer (9781493921126) | Additive Manufacturing
Springer (9781441994783) | Undergraduate Texts in Mathematics
Cambridge University Press (9780521877008 / YES16749948)
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