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S. Durand and C.R. Tellier, Linear and non-linear piezoresistance coefficients in cubic semiconductors. I: Theoretical formulations, J. Phys. III France, 6 (1996) 237-266.
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J. Phys. III France
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Durand, S.1
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Anisotropic etching of silicon crystals in KOH solution. Part I: Experimental etched shapes and determination of the dissolution slowness surface
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C.R. Tellier and A. Brahim-Bounab, Anisotropic etching of silicon crystals in KOH solution. Part I: Experimental etched shapes and determination of the dissolution slowness surface, J. Mater. Sci., 29 (1994) 5953-5971.
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C.R. Tellier and A. Brahim-Bounab, Anisotropic etching of silicon crystals in KOH solution. Part II: Theoretical two-dimensional etched shapes: discussion of the adequation of the dissolution slowness surface, J. Mater. Sci., 29 (1994) 6354-6378.
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Micromachining of quartz crystals: Experiments and three-dimensional simulation of etched shapes
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C.R. Tellier and D. Benmessaouda, Micromachining of quartz crystals: experiments and three-dimensional simulation of etched shapes, Proc. 8th Eur. Frequency Time Forum, Munich, Germany, 9-11 March, 1994, pp. 245-255.
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Proc. 8th Eur. Frequency Time Forum, Munich, Germany, 9-11 March
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Tellier, C.R.1
Benmessaouda, D.2
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Micro-fabricated siliconstructures: Experimental and theoretical investigations of 3D etched shapes
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C.R. Tellier and S. Durand, Micro-fabricated siliconstructures: experimental and theoretical investigations of 3D etched shapes, 9th Eur. Frequency Time Forum, Besançon, France, 8-10 March, 1995, pp. 426-429.
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9th Eur. Frequency Time Forum, Besançon, France, 8-10 March
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Tellier, C.R.1
Durand, S.2
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A tensorial representation of the dissolution slowness. Application to etched singly rotated quartz plates
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C.R. Tellier and J.L. Vaterkowski, A tensorial representation of the dissolution slowness. Application to etched singly rotated quartz plates, J. Mater Sci., 24 (1989) 1077-1088.
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Tellier, C.R.1
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0012052045
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The dissolution slowness surface of cubic crystals. Part I: Theoretical and three-dimensional representation for class 23
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A, Brahim-Bounab, J.Y. Aumaudrut and C.R. Tellier, The dissolution slowness surface of cubic crystals. Part I: Theoretical and three-dimensional representation for class 23, J. Mater. Sci., 23 (1991) 5585-5595.
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Contribution of a 3D numerical simulation to the design of micromachined quartz microstructures
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to be published
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C.R. Tellier, T. Messaoudi and T.G. Leblois, Contribution of a 3D numerical simulation to the design of micromachined quartz microstructures, 10th Eur. Frequency Time Forum, Brighton, UK, March 1996, to be published.
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10th Eur. Frequency Time Forum, Brighton, UK, March
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Tellier, C.R.1
Messaoudi, T.2
Leblois, T.G.3
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0024682694
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C.R. Tellier, A three-dimensional kinematic model for the dissolution of crystals, J. Cryst. Growth, 96 (1989) 450-452.
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0001169301
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Determination of the dissolution slowness surface by study of etched shapes. 1. Morphology of the dissolution slowness surface and theoretical etched shapes
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T.G. Leblois and C.R. Tellier, Determination of the dissolution slowness surface by study of etched shapes. 1. Morphology of the dissolution slowness surface and theoretical etched shapes. J. Phys. III France, 2 (1992) 1259-1286.
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J. Phys. III France
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