{"process": "Retention", "process_types": [{"abbreviation": "MRT", "description": "Retention"}], "surface": "Li", "surface_phase": "a", "species": {"text": "D", "charge": 0}, "temperature": 300, "comment": "", "refs": [{"id": 1, "authors": "P. Krstic, E. Ostrowski, F. Dom\u00ednguez-Gutierrez, S. Abe, B. Koel", "title": "Sputtering and reflection processes from amorphous lithium surfaces by low-energy impacts of H and D atoms and D2 molecules", "journal": "Journal of Nuclear Materials", "volume": "568", "page_start": "153848", "page_end": "", "article_number": "153848", "year": 2022, "note": "", "doi": "10.1016/j.jnucmat.2022.153848", "bibcode": "2022JNuM..56853848K", "url": "https://dx.doi.org/10.1016/j.jnucmat.2022.153848"}, {"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"}]}
------------------------------------------------------------------------
Retention of D on Li(a) at 300 K
angle = 0.0 deg
E /eV	P	unc
0.025	0.994	0.0315
0.1	0.987	0.0314
0.3	0.983	0.0314
1.0	0.97	0.0311
3.0	0.97	0.0312
5.0	0.931	0.0305
10.0	0.892	0.0299
25.0	0.866	0.0294
50.0	0.871	0.0295
75.0	0.859	0.0293
100.0	0.871	0.0295
-----

angle = 45.0 deg
E /eV	P	unc
5.0	0.874	0.0209
10.0	0.806	0.0201
25.0	0.755	0.0194
50.0	0.728	0.0191
100.0	0.735	0.0192
-----

angle = 85.0 deg
E /eV	P	unc
0.05	0.993	0.0312
0.1	0.991	0.0311
0.3	0.972	0.0308
1.0	0.957	0.0306
3.0	0.867	0.0291
5.0	0.776	0.0284
-----

Retention of D on Li(a) at 300 K
E = 0.025 eV
angle /deg	P	unc
0.0		0.994	0.0315
-----

E = 0.1 eV
angle /deg	P	unc
0.0		0.987	0.0314
85.0		0.991	0.0311
-----

E = 0.3 eV
angle /deg	P	unc
0.0		0.983	0.0314
85.0		0.972	0.0308
-----

E = 1.0 eV
angle /deg	P	unc
0.0		0.97	0.0311
85.0		0.957	0.0306
-----

E = 3.0 eV
angle /deg	P	unc
0.0		0.97	0.0312
85.0		0.867	0.0291
-----

E = 5.0 eV
angle /deg	P	unc
0.0		0.931	0.0305
45.0		0.874	0.0209
85.0		0.776	0.0284
-----

E = 10.0 eV
angle /deg	P	unc
0.0		0.892	0.0299
45.0		0.806	0.0201
-----

E = 25.0 eV
angle /deg	P	unc
0.0		0.866	0.0294
45.0		0.755	0.0194
-----

E = 50.0 eV
angle /deg	P	unc
0.0		0.871	0.0295
45.0		0.728	0.0191
-----

E = 75.0 eV
angle /deg	P	unc
0.0		0.859	0.0293
-----

E = 100.0 eV
angle /deg	P	unc
0.0		0.871	0.0295
45.0		0.735	0.0192
-----

E = 0.05 eV
angle /deg	P	unc
85.0		0.993	0.0312
-----