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Results 351-400 of 3502.
368 .
Electronic structure of ZnO nanorods studied by angle-dependent x-ray absorption spectroscopy and scanning photoelectron microscopy
Chiou, J. W. ; Jan, J. C. ; Tsai, H. M. ; Bao, C. W. ; Pong, W. F. ; Tsai, M. H. ; Hong, I. H. ; Klauser, R. ; Lee, J. F. ; Wu, J. J. ; Liu, S. C.
,
2004-05-03
[Graduate Institute & Department of Physics] Journal Article Applied Physics Letters 84(18), pp.3462-3464
the valence band maximum and conduction band minimum, respectively. The spatially resolved Zn 3d core level spectra from tip and sidewall regions show
369 .
A Self-Templated Route to Hollow Silica Microspheres
Zhang, Tierui ; Zhang, Qiao ; Ge, Jianping ; Goebl, James ; Sun, Min-wei ; Yan, Yushan ; Liu, Yi-sheng ; 張經霖 ; Chang, Ching-lin ; Guo, Jinghua ; Yin, Yadong
,
2009-02-01
[Graduate Institute & Department of Physics] Journal Article Journal of Physical Chemistry C 113(8), pp.3168-3175
are usually needed to form core -shell composites
first, and then to remove the templates through selective solvent
etching or calcination at high
374 .
Exploring the Aggregation Free Energy Landscape of the Amyloid-β Protein (1-40)
Zheng, Weihua ; Tsai, Min-Yeh ; Chen, Mingchen ; Wolynes, Peter G
,
2016-10-18
[Graduate Institute & Department of Chemistry] Journal Article Proc. Natl. Acad. Sci. U.S.A., 113, 42, 11835
at the central hydrophobic core region (L17-D23). A less stable hairpin structure, however, becomes increasingly more stable in oligomers, where hydrogen
377 .
Electronic and atomic structures of Si–C–N thin film by X-ray-absorption spectroscopy
Pong, W. F. ; Chang, Y. K. ; Hsieh, H. H. ; Tsai, M. H. ; Lee, K. H. ; Dann, T. E. ; Chien, F. Z. ; Tseng, P. K. ; Tsang, K. L. ; Su, W. K. ; Chen, L. C. ; Wei, S. L. ; Chen, K. H. ; Bhusari, D. M. ; Chen, Y. F.
,
1998-05
[Graduate Institute & Department of Physics] Journal Article Journal of electron spectroscopy and related phenomena 92(1-3), pp.115-118
Amsterdam: Elsevier BV X-ray absorption near-edge structure;XANES;Extended X-ray absorption fine structure;EXAFS;Thin film;Core exciton;Hybridized states
378 .
Circle Object Recognition Based on Monocular Vision for Home Security Robot
Li, Shih‐an ; Lin, Yi-Chun ; Weng, Chung-wei ; Chen, Yi-hong ; Lo, Chia-hung ; Yang, Min-Hao ; Hsieh, Ming-Hua ; Wong, Ching-chang
,
2012-11
[Graduate Institute & Department of Electrical Engineering] Proceeding Proceedings of 2012 IEEE International Symposium on Intelligent Signal Processing and Communication Systems, pp.258-261
, then the image process core
is describing in section 3. The experiment results will be
present in section 4, and section 5 is conclusions
383 .
Electronic and atomic structures of the Si-C-N thin film by x-ray-absorption spectroscopy and theoretical calculations
Chang, Y. K. ; Hsieh, H. H. ; Pong, Way-faung ; Tsai, M.-H. ; Lee, K. H. ; Dann, T. E. ; Chien, F. Z. ; Tseng, P. K. ; Tsang, K. L. ; Su, W. K. ; Chen, L. C. ; Wei, S. L. ; Chen, K. H. ; Bhusari, D. M. ; Chen, Y. F.
,
1998-10
[Graduate Institute & Department of Physics] Journal Article Physical Review B (Condensed Matter) 58(14), pp.9018-9024
1s core exciton in the chemical-vapor-deposition-diamond/Si is observed. In addition, a broad feature is found in the energy range between ;290 and 305
384 .
Constraining Intracluster Gas Models with AMiBA13
Molnar, Sandor M. ; Umetsu, Keiichi ; Birkinshaw, Mark ; Bryan, Greg ; Haiman, Zoltán ; Hearn, Nathan ; Shang, Cien ; Ho, Paul T. P. ; Huang, Chih-Wei Locutus ; Koch, Patrick M. ; Liao, Yu-Wei Victor ; Lin, Kai-Yang ; Liu, Guo-Chin ; Nishioka, Hiroaki ; Wang, Fu-Cheng ; Wu, Jiun-Huei Proty
,
2010-11-10
[Graduate Institute & Department of Physics] Journal Article The Astrophysical Journal 723(2), pp.1272-1285
distribution, ρg ∝ (1 + r2/rcore2)−3β/2, where the spatial extent
is determined by the core radius, rcore, and the falloff by the
exponent, β (Cavaliere
387 .
X-ray-absorption studies of boron-doped diamond films
Hsieh, H. H. ; Chang, Y. K. ; Pong, W. F. ; Tsai, M. H. ; Chien, F. Z. ; Tseng, P. K. ; Lin, I. N. ; Cheng, H. F.
,
1999-01
[Graduate Institute & Department of Physics] Journal Article Applied physics letters 75(15), pp.2229-2231
-impurity level is
XANES region, the excited photoelectron undergoes a tran- occupied at room temperature and is not detectable by
sition from a core
391 .
Alternating Oligo[(2,3-O-isopropylidene-L-threitol)]-co-[(E,E)-1,4-bis(styryl)benzene]s: The Linear Chirality Transmisson Additivity Relationship in Nematic Liquid Crystals
Kuo, Li-Chung ; Huang, Wan-Ting ; Yang, Kuei-Hui ; Hsu, Hsiu-Fu ; Jin, Bih-Yaw ; Leung, Man-kit
,
2010-09
[Graduate Institute & Department of Chemistry] Journal Article The Journal of Physical Chemistry Part B 114(8), pp.2607-2616
. The HTP per chiral core of −1.75 μm−1 was recorded in the correlation plot with a correlation coefficient of R = 0.99. These results suggested that the C2
393 .
The potential application of ultra-nanocrystalline diamond films for heavy ion irradiation detection
Chen, Huang-Chin ; Chen, Shih-Show ; Wang, Wei-Cheng ; Lee, Chi-Young ; Guo, Jinghua ; Lin, I-Nan ; Chang, Ching-Lin
,
2013-06
[Graduate Institute & Department of Physics] Journal Article AIP Advances 3(6), 062113(20pages)
, which is characteristic of the sp3 tetrahedral C-C bond.29 The peak at ∼289.5 eV
corresponds to the diamond core exciton, which is the result
399 .
Electronic structure of the carbon nanotube tips studied by x-ray-absorption spectroscopy and scanning photoelectron microscopy
Chiou, J. W. ; Yueh, C. L. ; Jan, J. C. ; Tsai, H. M. ; Pong, W. F. ; Hong, I.-H. ; Klauser, R. ; Tsai, M.-H. ; Chang, Y. K. ; Chen, Y. Y. ; Wu, C. T. ; Chen, K. H. ; Wei, S. L. ; Wen, C. Y. ; Chen, L. C. ; Chuang, T. J.
,
2002-11
[Graduate Institute & Department of Physics] Journal Article Applied Physics Letters 81(22), pp.4189-4191
atoms in the nanotubes are very semilar to
those of graphite. On the other hand, photoemission mea-
surements found that at the tip, the C 1s core
400 .
Electronic structure and magnetic properties of Al-doped Fe3O4 films studied by x-ray absorption and magnetic circular dichroism
Yang, C. K. ; Chiou, J. W. ; Tsai, H. M. ; Pao, C. W. ; Jan, J. C. ; Ray, S. C. ; Yeh, C. L. ; Huang, K. C. ; Hsueh, H. C. ; Pong, W. F. ; Tsai, M.-H. ; Hsieh, H. H. ; Lin, H. J. ; Hou, T. Y. ; Hsu, J. H.
,
2005-02
[Graduate Institute & Department of Physics] Journal Article Applied Physics Letters 86(6), pp.062504(3pages)
are very similar to
those of graphite. On the other hand, photoemission mea-
surements found that at the tip, the C 1s core level could
shift ta a higher