Thermoelectric Materials 2001—Research And Applications
Condition: SECONDHAND
This is a secondhand book. The jacket image is a photograph of the exact copy we have in stock. This image shows the condition of this book. Further condition remarks are below.
Author: George S. Nolas; David C. Johnson; David G. Mandrus
Binding: Hardback
Publisher: Materials Research Society, 2001
Condition remarks:
Book: Good
Jacket: N/A
Pages: Good
Markings: No markings
This academic volume presents a comprehensive overview of the state of thermoelectric materials science at the turn of the millennium. It compiles cutting-edge research and technological advancements, illustrating the diverse applications and theoretical underpinnings of these critical energy conversion substances. The contributing authors detail the synthesis, characterization, and performance metrics of various thermoelectric compounds, arguing for their potential in sustainable energy solutions. This authoritative collection chronicles the significant progress made in the field, offering invaluable insights for researchers and engineers dedicated to developing efficient thermoelectric devices.
Author: George S. Nolas; David C. Johnson; David G. Mandrus
Published: 2001, Materials Research Society
Author: George S. Nolas; David C. Johnson; David G. Mandrus
Binding: Hardback
Publisher: Materials Research Society, 2001
Condition remarks:
Book: Good
Jacket: N/A
Pages: Good
Markings: No markings
This academic volume presents a comprehensive overview of the state of thermoelectric materials science at the turn of the millennium. It compiles cutting-edge research and technological advancements, illustrating the diverse applications and theoretical underpinnings of these critical energy conversion substances. The contributing authors detail the synthesis, characterization, and performance metrics of various thermoelectric compounds, arguing for their potential in sustainable energy solutions. This authoritative collection chronicles the significant progress made in the field, offering invaluable insights for researchers and engineers dedicated to developing efficient thermoelectric devices.