Material:Silicon - Revision history

KevinYager: /* Properties */

2019-02-07T18:28:59Z

‎Properties

2016-01-12T18:18:48Z

‎See Also

2015-10-21T13:46:45Z

‎Properties

2015-02-02T18:18:21Z

2015-02-02T18:17:38Z

‎Scattering

2015-02-02T18:17:29Z

2014-12-16T23:08:26Z

‎Scattering

2014-10-16T13:38:08Z

‎Scattering

2014-10-16T13:37:33Z

‎Scattering

2014-06-09T16:15:42Z

‎Properties

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← Older revision		Revision as of 18:18, 12 January 2016
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	==See Also==		==See Also==
	* [http://en.wikipedia.org/wiki/Silicon Wikipedia: Silicon]		* [http://en.wikipedia.org/wiki/Silicon Wikipedia: Silicon]
		+	* Alexander Rack, Mario Scheel and Andreas N. Danilewsky [http://journals.iucr.org/m/issues/2016/02/00/ro5006/index.html Real-time direct and diffraction X-ray imaging of irregular silicon wafer breakage] ''IUCrJ'' '''2015''' [http://dx.doi.org/10.1107/S205225251502271X doi: 10.1107/S205225251502271X]

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 [[Image:Silicon-AttLen.png|400px]][[Image:Silicon-mu.png|400px]]
 ==See Also==
 * [http://en.wikipedia.org/wiki/Silicon Wikipedia: Silicon]

← Older revision		Revision as of 18:18, 2 February 2015
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−	'''Silicon''' is crystalline solid with a [[Lattice:Diamdon\|diamond cubic]] crystal structure. Silicon wafers are frequently used as substrates for samples used in [[GISAXS]]. Si wafers make ideal substrates because they are very smooth at the atomic/nano scale, and are also very flat across larger (macroscale) distances. Note, however, that sample preparation (e.g. spin coating) may stress the wafer and 'kink' it, with effects that can be visible in GISAXS and especially [[reflectivity]] experiments.	+	'''Silicon''' is crystalline solid with a [[Lattice:Diamdon\|diamond cubic]] crystal structure. Silicon wafers are frequently used as [[GISAXS_sample_requirements#Substrate\|substrates]] for samples used in [[GISAXS]]. Si wafers make ideal substrates because they are very smooth at the atomic/nano scale, and are also very flat across larger (macroscale) distances. Note, however, that sample preparation (e.g. spin coating) may stress the wafer and 'kink' it, with effects that can be visible in GISAXS and especially [[reflectivity]] experiments.

	==[[Scattering]]==		==[[Scattering]]==

@@ Line 1: / Line 1: @@
 '''Silicon''' is crystalline solid with a [[Lattice:Diamdon|diamond cubic]] crystal structure. Silicon wafers are frequently used as substrates for samples used in [[GISAXS]]. Si wafers make ideal substrates because they are very smooth at the atomic/nano scale, and are also very flat across larger (macroscale) distances. Note, however, that sample preparation (e.g. spin coating) may stress the wafer and 'kink' it, with effects that can be visible in GISAXS and especially [[reflectivity]] experiments.
-==Scattering==
+==[[Scattering]]==
 Because silicon is normally a single-crystal, it leads to no discernible peaks on the [[detector]] unless the crystal [[lattice]] is aligned to satisfy the [[Bragg's law|Bragg condition]] (i.e. the [[Ewald sphere]] must intercept a peak in the [[reciprocal-space|reciprocal lattice]]).

← Older revision		Revision as of 18:17, 2 February 2015
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−	'''Silicon''' is crystalline solid with a diamond cubic crystal structure. Silicon wafers are frequently used as substrates for samples used in [[GISAXS]]. Si wafers make ideal substrates because they are very smooth at the atomic/nano scale, and are also very flat across larger (macroscale) distances. Note, however, that sample preparation (e.g. spin coating) may stress the wafer and 'kink' it, with effects that can be visible in GISAXS and especially [[reflectivity]] experiments.	+	'''Silicon''' is crystalline solid with a [[Lattice:Diamdon\|diamond cubic]] crystal structure. Silicon wafers are frequently used as substrates for samples used in [[GISAXS]]. Si wafers make ideal substrates because they are very smooth at the atomic/nano scale, and are also very flat across larger (macroscale) distances. Note, however, that sample preparation (e.g. spin coating) may stress the wafer and 'kink' it, with effects that can be visible in GISAXS and especially [[reflectivity]] experiments.

	==Scattering==		==Scattering==

@@ Line 2: / Line 2: @@
 ==Scattering==
-Because silicon is normally a single-crystal, it leads to no discernible peaks on the detector unless the crystal [[lattice]] is aligned to satisfy the [[Bragg's law|Bragg condition]] (i.e. the [[Ewald sphere]] must intercept a peak in the [[reciprocal-space|reciprocal lattice]]).
+Because silicon is normally a single-crystal, it leads to no discernible peaks on the [[detector]] unless the crystal [[lattice]] is aligned to satisfy the [[Bragg's law|Bragg condition]] (i.e. the [[Ewald sphere]] must intercept a peak in the [[reciprocal-space|reciprocal lattice]]).
 ==Properties==