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Mechanical Properties Derived From Nanostructuring Material Research Society 778

Description: Zero writing or highlighting with minor wear on edges and corners. This hardcover textbook titled "Mechanical Properties Derived from Nanostructuring Materials Vol. 778: 2003 MRS Spring Meeting Symposium Proceedings" is a comprehensive guide for those interested in the subject area of nanotechnology and mems. The book, authored by D. F. Bahr and published by Materials Research Society, covers 332 pages of invaluable information. The book is a great addition to any collection and is perfect for those looking to expand their knowledge in the field. With its detailed coverage of the subject matter, it is an excellent resource for students, researchers, and engineers alike.

Price: 55.99 USD

Location: Chesapeake, Virginia

End Time: 2025-01-19T19:19:38.000Z

Shipping Cost: 6.13 USD

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Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778Mechanical Properties Derived From Nanostructuring Material Research Society 778

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Restocking Fee: No

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Number of Pages: 332 Pages

Publication Name: Mechanical Properties Derived from Nanostructuring Materials Vol. 778 : 2003 MRS Spring Meeting Symposium Proceedings

Language: English

Publisher: Materials Research Society

Subject: Nanotechnology & Mems

Publication Year: 2003

Type: Textbook

Subject Area: Technology & Engineering

Author: D. F. Bahr

Series: Materials Research Society Symposium Proceedings Ser.

Format: Hardcover

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