Brilliance - Revision history

BrianMcMahon: Tidied translations and added German and Spanish (U. Mueller)

2017-11-09T16:49:59Z

Tidied translations and added German and Spanish (U. Mueller)

MassimoNespolo: category

2017-10-10T15:34:56Z

GervaisChapuis at 15:05, 26 September 2017

2017-09-26T15:05:53Z

GervaisChapuis: Created page with "In contrast to brightness, '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm². The unit is p.p.s. $\tim..."$

2017-09-26T15:03:55Z

Created page with "In contrast to brightness, '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm2. The unit is p.p.s. <math>\tim..."

New page

In contrast to [[brightness]], '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm2. The unit is p.p.s. <math>\times</math>mm2 <math>\times</math>mrad2. Brilliance is maximized by making the beam size and divergence as small as possible, and the photon flux as large as possible. Two X-ray beams may have the same flux density but different brilliance if the two beams have different beam divergence. Brilliance is thus an appropriate parameter to use when comparing two X-ray sources with different focal spot sizes.

← Older revision		Revision as of 16:49, 9 November 2017
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−	<font color="blue">Brillance</font> (''Fr'').	+	<font color="blue">Brillance</font> (''Fr''). <font color="red">Brillanz, Glanz</font> (''Ge''). <font color="green">Brillo</font> (''Sp'').

← Older revision		Revision as of 15:34, 10 October 2017
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	In contrast to [[brightness]], '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm<sup>2</sup>. The unit is p.p.s. <math>\times</math>mm<sup>2</sup> <math>\times</math>mrad<sup>2</sup>. Brilliance is maximized by making the beam size and divergence as small as possible, and the photon flux as large as possible. Two X-ray beams may have the same flux density but different brilliance if the two beams have different beam divergence. Brilliance is thus an appropriate parameter to use when comparing two X-ray sources with different focal spot sizes.		In contrast to [[brightness]], '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm<sup>2</sup>. The unit is p.p.s. <math>\times</math>mm<sup>2</sup> <math>\times</math>mrad<sup>2</sup>. Brilliance is maximized by making the beam size and divergence as small as possible, and the photon flux as large as possible. Two X-ray beams may have the same flux density but different brilliance if the two beams have different beam divergence. Brilliance is thus an appropriate parameter to use when comparing two X-ray sources with different focal spot sizes.
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		+	[[Category: X-rays]]

← Older revision		Revision as of 15:05, 26 September 2017
Line 1:		Line 1:
		+	<font color="blue">Brillance</font> (''Fr'').
		+
		+
	In contrast to [[brightness]], '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm<sup>2</sup>. The unit is p.p.s. <math>\times</math>mm<sup>2</sup> <math>\times</math>mrad<sup>2</sup>. Brilliance is maximized by making the beam size and divergence as small as possible, and the photon flux as large as possible. Two X-ray beams may have the same flux density but different brilliance if the two beams have different beam divergence. Brilliance is thus an appropriate parameter to use when comparing two X-ray sources with different focal spot sizes.		In contrast to [[brightness]], '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm<sup>2</sup>. The unit is p.p.s. <math>\times</math>mm<sup>2</sup> <math>\times</math>mrad<sup>2</sup>. Brilliance is maximized by making the beam size and divergence as small as possible, and the photon flux as large as possible. Two X-ray beams may have the same flux density but different brilliance if the two beams have different beam divergence. Brilliance is thus an appropriate parameter to use when comparing two X-ray sources with different focal spot sizes.

Brilliance - Revision history

BrianMcMahon: Tidied translations and added German and Spanish (U. Mueller)

MassimoNespolo: category

GervaisChapuis at 15:05, 26 September 2017

GervaisChapuis: Created page with "In contrast to brightness, '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm2. The unit is p.p.s. \tim..."

GervaisChapuis: Created page with "In contrast to brightness, '''brilliance''' additionally takes the beam dimensions into account and is defined as brightness per mm². The unit is p.p.s. $\tim..."$