D. P. Woodruff
D. P. Woodruff
Bookitis has not yet captured a biography for this author, but the catalog links below show the books currently associated with this profile.
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Featured books
Representative editions for works actually authored by this person.
- Image source: Open LibraryAC
Atomic clusters
cover - Image source: Open LibraryAC
Atomic Clusters, Volume 12
cover - Image source: Open LibrarySD
Surface Dynamics, Volume 11 (The Chemical Physics of Solid Surfaces)
cover - Image source: Open LibrarySA
Surface alloys and alloy surfaces
cover - Image source: Open LibrarySA
Surface Alloys and Alloy Surfaces (The Chemical Physics of Solid Surfaces)
cover - Image source: Open LibraryOS
Oxide Surfaces - The Chemical Physics of Solid Surfaces
cover - Image source: Open LibraryTC
Surface dynamics
cover - Image source: Open LibraryMT
Modern techniques of surface science
cover - Image source: Open LibraryTS
The solid-liquid interface
cover - PTPhase Transitions and Adsorbate...D. P. Woodruff
Phase Transitions and Adsorbate Restructuring at Metal Surface
no cover - OSOxide SurfacesD. P. Woodruff
Oxide Surfaces
no cover - GAGrowth and Properties of Ultrat...D. P. Woodruff
Growth and Properties of Ultrathin Epitaxial Layers
no cover - CSClean solid surfacesD. P. Woodruff
Clean solid surfaces
no cover - TSThe Solid-Liquid InterfaceD. P. Woodruff
The Solid-Liquid Interface
no cover
Works in catalog
Quick navigation into the work-level grouping pages behind the featured books.
- Open Work
Atomic clusters
- Open Work
Atomic Clusters, Volume 12
- Open Work
Surface Dynamics, Volume 11 (The Chemical Physics of Solid Surfaces)
- Open Work
Surface alloys and alloy surfaces
- Open Work
Surface Alloys and Alloy Surfaces (The Chemical Physics of Solid Surfaces)
- Open Work
Oxide Surfaces - The Chemical Physics of Solid Surfaces
- Open Work
Surface dynamics
- Open Work
Modern techniques of surface science
- Open Work
The solid-liquid interface
- Open Work
Phase Transitions and Adsorbate Restructuring at Metal Surface
- Open Work
Oxide Surfaces
- Open Work
Growth and Properties of Ultrathin Epitaxial Layers
- Open Work
Clean solid surfaces
- Open Work
The Solid-Liquid Interface