{"process": "Retention", "process_types": [{"abbreviation": "MRT", "description": "Retention"}], "surface": "Li", "surface_phase": "a", "species": {"text": "D", "charge": 0}, "temperature": 500, "comment": "", "refs": [{"id": 2, "authors": "P. S. Krstic, S. Abe, E. Schiltz-Rouse, E. T. Ostrowski, B. E. Koel", "title": "Energy, angle, and temperature dependencies of the sticking of D atoms on Li surfaces", "journal": "Journal of Applied Physics", "volume": "131", "page_start": "", "page_end": "", "article_number": "", "year": 2022, "note": "", "doi": "10.1063/5.0096816", "bibcode": "2022JAP...131x3304K", "url": "https://dx.doi.org/10.1063/5.0096816"}]}
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Retention of D on Li(a) at 500 K
angle = 0.0 deg
E /eV	P	unc
0.025	0.983	0.031
0.1	0.985	0.0311
0.3	0.976	0.0309
1.0	0.97	0.0316
3.0	0.952	0.0361
5.0	0.95	0.0364
-----

angle = 85.0 deg
E /eV	P	unc
0.05	0.961	0.0362
0.1	0.963	0.0307
0.3	0.956	0.0567
1.0	0.911	0.0581
3.0	0.844	0.0332
5.0	0.756	0.032
-----

Retention of D on Li(a) at 500 K
E = 0.025 eV
angle /deg	P	unc
0.0		0.983	0.031
-----

E = 0.1 eV
angle /deg	P	unc
0.0		0.985	0.0311
85.0		0.963	0.0307
-----

E = 0.3 eV
angle /deg	P	unc
0.0		0.976	0.0309
85.0		0.956	0.0567
-----

E = 1.0 eV
angle /deg	P	unc
0.0		0.97	0.0316
85.0		0.911	0.0581
-----

E = 3.0 eV
angle /deg	P	unc
0.0		0.952	0.0361
85.0		0.844	0.0332
-----

E = 5.0 eV
angle /deg	P	unc
0.0		0.95	0.0364
85.0		0.756	0.032
-----

E = 0.05 eV
angle /deg	P	unc
85.0		0.961	0.0362
-----