征集3

Co-proposer

Name: Institution: Email:

2.1 Science motivation:

2.2 Brief description of X-ray experimental method:

2.3 Parameters for X-ray :

2.4 Experimental condition needs(Only brief description needed here and the detailed decription please upload file):

sample manipulation
sample environment
Detector requirement
Data acquisition needs
Data processing and analysis

2.5 Utilities needs:

Beamline
Experimental station

2.6 Application of the proposed method:

energy range		min keV max keV
energy points（X-ray parameters for 3 energy points at most）		energy point 1 @ keV energy point 2 @ keV energy point 3 @ keV
Energy bandwidth（ΔE/E） @ energy point 1 （multiple choices）		monochromatic x10-4 pink beam % white light
photon flux@sample at energy point 1(photon/s):	monochromatic	x10^ photon/s
	pink beam	x10^ photon/s
Coherent photon flux@sample at energy point 1(photon/s) (optional):		x10^ photon/s
Beam size@ sample at energy point 1:	min
	max
Zoom requirement at energy point 1 :
beam divergence（μrad） at energy point 1（optional）:
focus depth at energy point 1（optional）:
Energy bandwidth（ΔE/E） @ energy point 2 （multiple choices）		monochromatic x10-4 pink beam % white light
photon flux@sample at energy point 2(photon/s) :	monochromatic	x10^ photon/s
	pink beam	x10^ photon/s
Coherent photon flux@sample at energy point 2(photon/s) (optional):		x10^ photon/s
Beam size@ sample at energy point 2:	min
	max
Zoom requirement at energy point 2 :
beam divergence（μrad） at energy point 2（optional）:
focus depth at energy point 2（optional）:
Energy bandwidth（ΔE/E） @ energy point 3 （multiple choices）		monochromatic x10-4 @ keV pink beam % white light
photon flux@sample at energy point 3(photon/s):	monochromatic	x10^ photon/s
	pink beam	x10^ photon/s
Coherent photon flux@sample at energy point 3(photon/s) (optional):		x10^ photon/s
Beam size@ sample at energy point 3:	min
	max
Zoom requirement at energy point 3 :
beam divergence（μrad）at energy point 3（optional）:
focus depth at energy point 3（optional）:
polarization needs（multiple choices）		N/A horizontal polarization default circular polarization elliptical polarization vertical polarization
HEPS operation mode:			High Brightness mode,hundreds of small charge bunches, lowest emittance for highest brightness Timing mode, 63 large charge bunches, for time-resolved research
Suggestion for new bunch filling pattern（optional）