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Surface-Rolling Molecules
Yasuhiro Shirai, Andrew J. Osgood, Yuming Zhao, Yuxing Yao, Lionel Saudan, Hanbiao Yang, Chiu Yu-Hung, Lawrence B. Alemany, Takashi Sasaki, Jean-Francü ois Morin, Jason M. Guerrero, Kevin F. Kelly, James M. Tour
Yasuhiro Shirai, Andrew J. Osgood, Yuming Zhao, Yuxing Yao, Lionel Saudan, Hanbiao Yang, Chiu Yu-Hung, Lawrence B. Alemany, Takashi Sasaki, Jean-Francü ois Morin, Jason M. Guerrero, Kevin F. Kelly, James M. Tour
Detail
STM overview image of ordered TLM monolayer domains on three subsequent terraces
Iordan Kossev, Werner Reckien, Barbara Kirchner, Thorsten Felder, Martin Nieger, Christoph A. Schalley, Fritz Vögtle, and Moritz Sokolowski
Figure2. STM overview image (61.5nm×51.2nm) of ordered TLM monolayer domains on three subsequent terraces on a Au (111) surface. The images were recorded after deposition at RT without a further annealing cycle. Two types of...
Iordan Kossev, Werner Reckien, Barbara Kirchner, Thorsten Felder, Martin Nieger, Christoph A. Schalley, Fritz Vögtle, and Moritz Sokolowski
Figure2. STM overview image (61.5nm×51.2nm) of ordered TLM monolayer domains on three subsequent terraces on a Au (111) surface. The images were recorded after deposition at RT without a further annealing cycle. Two types of...
Detail
STM image of a large domain of the α phase of TLM
Iordan Kossev, Werner Reckien, Barbara Kirchner, Thorsten Felder, Martin Nieger, Christoph A. Schalley, Fritz Vögtle, and Moritz Sokolowski
Figure3. STM image of a large domain of the α phase of TLM on Au(111). The deposition was carried out at RT, followed by an annealing cycle to 400K. a) Overview (42.7nm × 42.7nm). The herringbone reconstruction of the underlying...
Iordan Kossev, Werner Reckien, Barbara Kirchner, Thorsten Felder, Martin Nieger, Christoph A. Schalley, Fritz Vögtle, and Moritz Sokolowski
Figure3. STM image of a large domain of the α phase of TLM on Au(111). The deposition was carried out at RT, followed by an annealing cycle to 400K. a) Overview (42.7nm × 42.7nm). The herringbone reconstruction of the underlying...
Detail
STM image of a large domain of the α phase of TLM
Iordan Kossev, Werner Reckien, Barbara Kirchner, Thorsten Felder, Martin Nieger, Christoph A. Schalley, Fritz Vögtle, and Moritz Sokolowski
Figure3. STM image of a large domain of the α phase of TLM on Au(111). The deposition was carried out at RT, followed by an annealing cycle to 400K. a) Overview (42.7nm × 42.7nm). The herringbone reconstruction of the underlying...
Iordan Kossev, Werner Reckien, Barbara Kirchner, Thorsten Felder, Martin Nieger, Christoph A. Schalley, Fritz Vögtle, and Moritz Sokolowski
Figure3. STM image of a large domain of the α phase of TLM on Au(111). The deposition was carried out at RT, followed by an annealing cycle to 400K. a) Overview (42.7nm × 42.7nm). The herringbone reconstruction of the underlying...
Detail
STM image of the β phase of TLM on Au (111) with STM protrusions
Iordan Kossev, Werner Reckien, Barbara Kirchner, Thorsten Felder, Martin Nieger, Christoph A. Schalley, Fritz Vögtle, and Moritz Sokolowski
Figure5. a) STM image (13.1nm × 11.3nm) of the β phase of TLM on Au (111) (Usample = 1.41 V, I = 0.9 pA) with STM protrusions indicated by circles and the unit cell in red. b) Hard-sphere model of the β phase....
Iordan Kossev, Werner Reckien, Barbara Kirchner, Thorsten Felder, Martin Nieger, Christoph A. Schalley, Fritz Vögtle, and Moritz Sokolowski
Figure5. a) STM image (13.1nm × 11.3nm) of the β phase of TLM on Au (111) (Usample = 1.41 V, I = 0.9 pA) with STM protrusions indicated by circles and the unit cell in red. b) Hard-sphere model of the β phase....
Detail
Typical constant current STM images of the AlCuFe thin film taken at two different locations
V. Srinivas, S. Kasiviswanathan, Pranabesh Barua, and B.K. Mathur
Fig.2. Typical constant current STM images of the AlCuFe thin film taken at two different locations. The image size is 50nm x 50nm.
V. Srinivas, S. Kasiviswanathan, Pranabesh Barua, and B.K. Mathur
Fig.2. Typical constant current STM images of the AlCuFe thin film taken at two different locations. The image size is 50nm x 50nm.
Detail
Typical constant current STM images of the AlCuFe thin film taken at two different locations
V. Srinivas, S. Kasiviswanathan, Pranabesh Barua, and B.K. Mathur
Fig.2. Typical constant current STM images of the AlCuFe thin film taken at two different locations. The image size is 50nm x 50nm.
V. Srinivas, S. Kasiviswanathan, Pranabesh Barua, and B.K. Mathur
Fig.2. Typical constant current STM images of the AlCuFe thin film taken at two different locations. The image size is 50nm x 50nm.
Detail
Constant current STM topography of 4′-chloro-4-mercaptobiphenyls on Au(11 )
Jung F. Kang, Abraham Ulman, Sheng Liao, Rainer Jordan, Guohua Yang, and Gang-yu Liu
Figure21. (A) An 800Å x 800Å constant current STM topography of 4′-chloro-4-mercaptobiphenyls on Au(11 ) showing different ordered domains. (B) High-resolution STM image (100Å x 100Å) of the same sample. The rectangular unit...
Jung F. Kang, Abraham Ulman, Sheng Liao, Rainer Jordan, Guohua Yang, and Gang-yu Liu
Figure21. (A) An 800Å x 800Å constant current STM topography of 4′-chloro-4-mercaptobiphenyls on Au(11 ) showing different ordered domains. (B) High-resolution STM image (100Å x 100Å) of the same sample. The rectangular unit...
Detail
LEED and STM images of the 10-fold decagonal Al–Ni–Co quasicrystal surface
J. Y. Park, D. F. Ogletree, M. Salmeron, C. J. Jenks, and P.A. Thiel
Figure1. LEED and STM images of the 10-fold decagonal Al–Ni–Co quasicrystal surface. (a) LEED pattern of the clean surface at an electron energy of 75eV, showing two 10-fold rings of spots with satellites in between. (b) 300 x...
J. Y. Park, D. F. Ogletree, M. Salmeron, C. J. Jenks, and P.A. Thiel
Figure1. LEED and STM images of the 10-fold decagonal Al–Ni–Co quasicrystal surface. (a) LEED pattern of the clean surface at an electron energy of 75eV, showing two 10-fold rings of spots with satellites in between. (b) 300 x...
Detail