## Abstract In this work, an aqueous acidic thinβlayerβbased strategy for fabricating nanostructures on silicon by using atomic force microscopy (AFM) nanolithography is presented. The approach involves the formation of microscale droplets via dilute hydrofluoride (DHF) etching, the conversion of t
New Approach for the Formation and Separation of a Thin Porous Silicon Layer
β Scribed by Solanki, C.S. ;Bilyalov, R.R. ;Bender, H. ;Poortmans, J.
- Publisher
- John Wiley and Sons
- Year
- 2000
- Tongue
- English
- Weight
- 118 KB
- Volume
- 182
- Category
- Article
- ISSN
- 0031-8965
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Figure 4 H-plane radiation pattern of the array about 27.5 GHz, and reasonable agreement is obtained with only 1.5% deviation between the measurements and theory. The H-plane radiation pattern of the array measured at 27.5 GHz is shown in Figure 4, where we can see that the main beam of the array i
In the last few years, the creation of new 1D single crystalline molecular materials has attracted much attention due to promising applications in fields such as optics and electronics. Much research effort is currently devoted to obtain long nanowires and nanotubes in a reproducible manner. Most a
b), L.T. Canham (a), M. Hollings (c), M.H. Anderson 1 ) (a), C.L. Reeves (a), T.I. Cox (a), S. Nicklin (c), D.J. Squirrell (b), E. Perkins (b), A. Hutchinson (c), M.J. Sailor (d), and A. Wun (d) (a) Sensors and Electronics Division,