Wiki source code of X-ray Microscopy/ Nanotomography

Version 13.1 by longoe on 2019/11/14 14:43

version	line-number	content
3.1	1	(% style="list-style-type: square;" %)
10.1	2	* Imaging by diffractive optics: Fresnel Zone Plate (FZP) + beamshaping optics. Outermost zone width 50 nm.
8.1	3	* Available imaging modes: Absorption-contrast and Zernike phase-contrast.
10.1	4	* Sample preparation by FIB/SEM allows imaging samples with a diameter 8-80 μm.
	5	* Region of interest tomography (ROI) in Zernike microscopy available for samples with a diameter up to 2 mm.
3.1	6
11.1	7	= {{id name="X-rayMicroscopy/Nanotomography-Keyparameters"/}}(% style="color: rgb(51,153,102);" %)Key parameters(%%) =
6.1	8
5.1	9	(% class="wrapped" %)
2.1	10	\|=(((
5.1	11	Field of view (µm)
2.1	12	)))\|=(((
10.1	13	Spatial resolution (nm)
2.1	14	)))\|=(((
10.1	15	Eff. pix size (nm)
2.1	16	)))\|=(((
10.1	17	Scan time (min)
	18	)))\|=(((
	19	Fast scan (min)
2.1	20	)))
	21	\|(((
10.1	22	50 x 50
	23	)))\|(((
5.1	24	50
2.1	25	)))\|(((
4.1	26	15nm - 25nm
2.1	27	)))\|(((
5.1	28	15 - 30
2.1	29	)))\|(((
5.1	30	< 3
2.1	31	)))
4.1	32	\|(((
10.1	33	85 x 85
	34	)))\|(((
5.1	35	100
4.1	36	)))\|(((
	37	35nm
	38	)))\|(((
6.1	39	15 - 30
4.1	40	)))\|(((
5.1	41	< 3
4.1	42	)))
11.1	43
	44	= {{id name="X-rayMicroscopy/Nanotomography-Listofexperiencedsamples"/}}(% style="color: rgb(0, 204, 255); color: rgb(51, 153, 102)" %)List of experienced samples(% style="color: rgb(0,204,255);" %)**
	45	**(%%) =
	46
	47	(% style="list-style-type: square;" %)
	48	* Nanoporous gold.
	49	* Ceramic nanomaterials.
	50	* Nanostructures linked to the structural coloration typical of birds, butterflies and insects.
	51	* Animal and human bones.
	52	* Mice tissues.
	53	* Micro-organisms.

Applications