| 43426 |
Creator |
c3baa1aae2495d9fcf383c433b46bfe0 |
| 43426 |
Creator |
ext-684eda46eb6d4443c56074895dda921c |
| 43426 |
Creator |
ext-88c5afd0cd72001a894f7e2f3c53bff9 |
| 43426 |
Creator |
ext-183d2a5a05dd51e0b018b67bd94b9aff |
| 43426 |
Creator |
ext-26b9fbb87e405d7a3b69f8e1bd6da539 |
| 43426 |
Creator |
ext-089539debf624e7f80e288bed3c9bdab |
| 43426 |
Creator |
ext-6974235ca4ab63bad3d7b1c7c43b3f68 |
| 43426 |
Creator |
ext-9ee72f5bfc496b1352df928b9196d602 |
| 43426 |
Date |
2008-09-07 |
| 43426 |
Is Part Of |
repository |
| 43426 |
abstract |
The focussed ion beam mill rate of ALD AlOx has been measured and found to be 0.147µm3/nC.
Standard FIB milling of the AlOx is conjectured to result in re-deposition of the
AlOx material on the milled surfaces hindering the subsequent DRIE etching of the
underlying silicon. The use of the enhanced etch gas iodine in the FIB system has
been shown to remove this re-deposition and allows the subsequent etch to progress
unhindered. Optimisation of the mill gas pressure and beam current density has also
been shown to be essential for consistent pattern transfer into the underlying silicon. |
| 43426 |
authorList |
authors |
| 43426 |
presentedAt |
ext-c2cd5dadda2ea8b17d83a68fc5ae307f |
| 43426 |
status |
nonPeerReviewed |
| 43426 |
type |
AcademicArticle |
| 43426 |
type |
Article |
| 43426 |
label |
Anthony, Carl J.; Bowen, James ; Puurunen, R. L.; Dekker, J.; Prewett, Philip D.;
Ward, Michael C. L.; Teng, Jason and Carter, Emma L. (2008). FIB direct write of
ALD Al2O3 mask for silicon DRIE. In: 22nd International Conference Eurosensors,
7-10 Sep 2008, Dresden, Germany. |
| 43426 |
label |
Anthony, Carl J.; Bowen, James ; Puurunen, R. L.; Dekker, J.; Prewett, Philip D.;
Ward, Michael C. L.; Teng, Jason and Carter, Emma L. (2008). FIB direct write of
ALD Al2O3 mask for silicon DRIE. In: 22nd International Conference Eurosensors,
7-10 Sep 2008, Dresden, Germany. |
| 43426 |
Title |
FIB direct write of ALD Al<sub>2</sub>O<sub>3</sub> mask for silicon DRIE |
| 43426 |
in dataset |
oro |