A W Dunn , P Moriarty , M D Upward , A Nogaret
Semiconductor Science and Technology 11 1563 -1568
S Rogge , C Bisch , AW Dunn , B Ilge
402 -403
S Rogge , AW Dunn , T Melin , C Dekker
Carbon 38 ( 11) 1647 -1651
P Moriarty , PH Beton , Y‐R Ma , AW Dunn
Journal of Vacuum Science & Technology B: Microelectronics and Nanometer Structures 14 ( 2) 943 -947
AW Dunn , PH Beton , P Moriarty
Journal of Vacuum Science & Technology B: Microelectronics and Nanometer Structures 14 ( 3) 1596 -1599
P Moriarty , AW Dunn , YR Ma , MD Upward
Fullerenes, Nanotubes, and Carbon Nanostructures 5 ( 4) 769 -780
P Moriarty , MD Upward , AW Dunn , Y-R Ma
Physical Review B 57 ( 1) 362 -369
Philip Moriarty , Y-R Ma , AW Dunn , PH Beton
Physical Review B 55 ( 23) 15397 -15400
P Moriarty , MD Upward , Y-R Ma , AW Dunn
Surface Science 405 ( 1) 21 -26
AA Cafolla , C McGinley , E McLoughlin , G Hughes
Surface Science 130 -134
S. P. Beaumont , A. W. Dunn , B. N. Cotier , A. Nogaret
Applied Physics Letters 71 ( 20) 2937 -2939
A. W. Dunn , P. Moriarty , M. D. Upward , P. H. Beton
Applied Physics Letters 69 ( 4) 506 -508
A. W. Dunn , P. Moriarty , P. H. Beton
Journal of Vacuum Science & Technology A: Vacuum, Surfaces, and Films 15 ( 3) 1478 -1481
P. H. Beton , A. W. Dunn , P. Moriarty
Applied Physics Letters 67 ( 8) 1075 -1077
A.W Dunn , E.D Svensson , C Dekker
Surface Science 498 ( 3) 237 -243
P.H. Beton , A.W. Dunn , P. Moriarty
Surface Science 878 -881
Fei Sun , Guolun Wang , Arun Pradhan , Kui Xu
Circulation 144 ( 7) 539 -555
Andrew William Dunn