 |
 |
 |
|
 |
|
 |
|
 |
|
 |
1 Feke GD, Grober RD, Pohlers G,
et al. Calibration and validation of projection lithography focusing by
fluorescence detection of latent photoacid images in chemically amplified
resist. J VAC SCI TECHNOL B 20 (1): 164-166 JAN-FEB 2002. pdf
2 Stutzmann M, Ambacher O, Eickhoff M, et al. Playing
with polarity. PHYS STATUS SOLIDI B 228 (2): 505-512 NOV 2001. pdf
3 Schuck PJ, Mason MD, Grober RD, et al. Spatially resolved photoluminescence of inversion domain boundaries in GaN-based lateral polarity heterostructures. APPL PHYS LETT 79 (7): 952-954 AUG 13 2001. pdf
4 Feke GD, Grober RD, Pohlers G, et al. On-wafer spectrofluorometric method for determination of relative quantum yields of photoacid generation in chemically amplified resists. ANAL CHEM 73 (14): 3472-3480 JUL 15 2001.
5 Novotny L, Grober RD, Karrai K. Reflected image of a strongly focused spot. OPT LETT 26 (11): 789-791 JUN 1 2001. pdf
6 Wu Q, Grober RD, Gammon D, et al. Excitons, biexcitons, and electron-hole plasma in a narrow 2.8-nm GaAs/AlxGa1-xAs quantum well. PHYS REV B 62 (19): 13022-13027 NOV 15 2000. pdf
7 Wu Q, Grober RD, Gammon D, et al. Spectroscopic imaging in a narrow GaAs quantum well. PHYS STATUS SOLIDI B 221 (1): 505-509 SEP 2000. pdf
8 Grober RD, Acimovic J, Schuck J, et al. Fundamental limits to force detection using quartz tuning forks. REV SCI INSTRUM 71 (7): 2776-2780 JUL 2000. pdf
9 Feke GD, Hessman D, Grober RD, et al. On-wafer spectrofluorometric evaluation of the response of photoacid generator compounds in chemically amplified photoresists. J VAC SCI TECHNOL B 18 (1): 136-139 JAN-FEB 2000. pdf
10 Wu Q, Feke GD, Grober RD, et al. Realization of numerical aperture 2.0 using a gallium phosphide solid immersion lens. APPL PHYS LETT 75 (26): 4064-4066 DEC 27 1999. pdf
11 Wu Q, Grober RD, Gammon D, et al. Imaging spectroscopy of two-dimensional excitons in a narrow GaAs/AlGaAs quantum well. PHYS REV LETT 83 (13): 2652-2655 SEP 27 1999. pdf
12 Dentinger PM, Lu B, Taylor JW, et al. On-wafer photoacid determination and imaging technique for chemically amplified photoresists. J VAC SCI TECHNOL B 16 (6): 3767-3772 NOV-DEC 1998. pdf
13 Bukofsky SJ, Feke GD, Wu Q, et al. Imaging of photogenerated acid in a chemically amplified photoresist. APPL PHYS LETT 73 (3): 408-410 JUL 20 1998. pdf
14 Feke GD, Snow DP, Grober RD, et al. Interferometric back focal plane microellipsometry. APPL OPTICS 37 (10): 1796-1802 APR 1 1998.
15 Bukofsky SJ, Grober RD. Video rate near-field scanning optical microscopy. APPL PHYS LETT 71 (19): 2749-2751 NOV 10 1997. pdf
16 Bukofsky SJ, Selberg SA, Grober RD, et al. Application of near-field optics to critical dimension metrology. APPL PHYS LETT 70 (18): 2368-2370 MAY 5 1997.
17 Grober RD, Schoelkopf RJ, Prober DE. Optical antenna: Towards a unity efficiency near-field optical probe. APPL PHYS LETT 70 (11): 1354-1356 MAR 17 1997.
18. Grober RD, Rutherford T, Harris TD. Modal approximation for the electromagnetic field of a near-field optical probe. APPL OPTICS 35 (19): 3488-3495 JUL 1 1996.
19 Karrai K, Grober RD. Piezo-electric tuning fork tip-sample distance control for near field optical microscopes. ULTRAMICROSCOPY 61 (1-4): 197-205 DEC 1995. pdf
20. Harris TD, Gershoni D, Grober RD, et al. Near-field optical spectroscopy of single quantum wires. APPL PHYS LETT 68 (7): 988-990 FEB 12 1996.
21 KARRAI K, GROBER RD. PIEZOELECTRIC TIP-SAMPLE DISTANCE CONTROL FOR NEAR-FIELD OPTICAL MICROSCOPES. APPL PHYS LETT 66 (14): 1842-1844 APR 3 1995. pdf
22 GROBER RD, HARRIS TD, TRAUTMAN JK, et al. OPTICAL SPECTROSCOPY OF A GAAS/ALGAAS QUANTUM-WIRE STRUCTURE USING NEAR-FIELD SCANNING OPTICAL MICROSCOPY. APPL PHYS LETT 64 (11): 1421-1423 MAR 14 1994. pdf
23 GROBER RD, HARRIS TD, TRAUTMAN JK, et al. DESIGN AND IMPLEMENTATION OF A LOW-TEMPERATURE NEAR-FIELD SCANNING OPTICAL MICROSCOPE. REV SCI INSTRUM 65 (3): 626-631 MAR 1994. pdf
24 HARRIS TD, GROBER RD, TRAUTMAN JK, et al. SUPERRESOLUTION IMAGING SPECTROSCOPY. APPL SPECTROSC 48 (1): A14-A21 JAN 1994.
25 HARRIS TD, GROBER RD, TRAUTMAN JK, et al. LUMINESCENCE SPECTROSCOPY WITH RESOLUTION EXCEEDING DIFFRACTION LIMITS. ABSTR PAP AM CHEM S 206: 94-ANYL Part 1 AUG 22 1993.
To read pdf files, please download Adobe Acrobat Reader.