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Structural formula: Al13Co4

Force-field: Mishin-Al-Co-2013.eam.alloy

Space group : Pnnm

JARVIS ID: JLMP-1238

Download input files

Elastic tensor (GPa)

Elastic tensor for the conventional cell of the system were calculated with LAMMPS in.elastic script at 0 K [Source] . Similar script can be used for temperature dependent elastic constants and will be available here soon. WARNING! Please note that the starting lattice parameters of crystal structures were taken from density functional theory (DFT) and not from experiments. Generic minimization parameters were chosen for LAMMPS run rather than testing them for each individual case such as energy convergence criterion and so on. Hence, there are chances that the calculation gets trapped in a local energy minima. Please read carefully the assumptions taken during calculations in the in.elastic script and use the data at your own risk

163.4 65.6 80.7 -0.0 -0.0 -0.0
65.6 170.0 69.5 -0.0 0.0 -0.0
80.7 69.5 203.1 0.0 -0.0 0.0
-0.0 -0.0 0.0 48.4 0.0 -0.0
-0.0 0.0 -0.0 0.0 58.8 0.0
-0.0 -0.0 0.0 -0.0 0.0 43.9

Bv: 107.6 GPa

Gv: 51.6 GPa

Vacancy-formation energy (eV)

Vacancy formation energies were calculated by deleting the symmterically distinct atoms in the system [Source]. In the table, vacancy forming element, its multiplicity, and defect-formation energy are given. The reference element cohesive energies were calculated with the most stable structure for the element found on materials project database. Defect structures were constructed with the fully-relaxed bulk system as input. For defect-structures energetics calculations, constant volume ensemble was used. We impose the defect structures to be at least 1.5 nm large in all directions.

Element Mult. Value
Al 4 0.261 Download cif file
Al 4 1.072 Download cif file
Al 4 0.601 Download cif file
Al 4 1.295 Download cif file
Al 4 0.917 Download cif file
Al 4 0.926 Download cif file
Al 4 1.049 Download cif file
Al 2 0.348 Download cif file
Al 4 1.244 Download cif file
Al 8 1.035 Download cif file
Al 8 1.106 Download cif file
Al 8 1.282 Download cif file
Al 4 1.009 Download cif file
Al 8 1.204 Download cif file
Al 8 0.918 Download cif file
Co 4 1.991 Download cif file
Co 4 1.989 Download cif file
Co 4 2.137 Download cif file
Co 4 2.103 Download cif file
Co 8 2.057 Download cif file

Surface energy (J/m2)

Surface energies were calculated for symmterically distinct crystal surfaces . In the table, (hkl) indices and surface enegies are given. For surface-structure energetics, constant volume ensemble was used. We impose the slab thickness to be at least 2 nm and vaccum size of 2.5 nm. The maximum miller index is taken as 3.

Surface Value
(1 1 0) 1.414 Download cif file
(1 0 3) 1.436 Download cif file
(0 1 1) 1.502 Download cif file
(1 2 0) 1.504 Download cif file
(1 0 1) 1.52 Download cif file
(0 3 1) 1.524 Download cif file
(3 0 1) 1.563 Download cif file
(0 3 2) 1.568 Download cif file
(1 3 0) 1.573 Download cif file
(1 0 0) 1.578 Download cif file
(0 1 2) 1.579 Download cif file
(2 0 3) 1.593 Download cif file
(2 0 1) 1.599 Download cif file
(1 0 2) 1.6 Download cif file
(3 1 0) 1.601 Download cif file
(0 1 3) 1.602 Download cif file
(0 0 1) 1.604 Download cif file
(2 3 0) 1.609 Download cif file
(3 0 2) 1.61 Download cif file
(0 2 1) 1.623 Download cif file
(3 2 2) 1.634 Download cif file
(1 3 1) 1.637 Download cif file
(2 2 1) 1.642 Download cif file
(2 1 0) 1.648 Download cif file
(3 2 0) 1.651 Download cif file
(3 3 1) 1.655 Download cif file
(3 1 3) 1.658 Download cif file
(2 1 1) 1.661 Download cif file
(3 2 1) 1.663 Download cif file
(3 1 1) 1.667 Download cif file
(0 1 0) 1.672 Download cif file
(1 2 1) 1.676 Download cif file
(3 1 2) 1.681 Download cif file
(3 2 3) 1.681 Download cif file
(2 3 2) 1.687 Download cif file
(0 2 3) 1.695 Download cif file
(1 2 3) 1.697 Download cif file
(2 1 2) 1.698 Download cif file
(1 3 3) 1.699 Download cif file
(1 1 2) 1.704 Download cif file
(1 3 2) 1.723 Download cif file
(2 1 3) 1.733 Download cif file
(2 2 3) 1.735 Download cif file
(1 1 1) 1.737 Download cif file
(2 3 3) 1.751 Download cif file
(3 3 2) 1.753 Download cif file
(1 2 2) 1.762 Download cif file
(1 1 3) 1.762 Download cif file
(2 3 1) 1.769 Download cif file

Phonon

Phonons were obtained by making an interface of JARVIS-FF with Phonopy package at 0 K [Source] . For deformed-structures, constant volume ensemble was used. The deofrmed structures were taken of at least 1.5 nm size in all directions. The band-indices for phonon bandstructure was obtained with Pymatgen. The phonon representation were obtained with phonopy. "I" and "R" denotes infrared and Raman active modes respectively

Visualize Phonons here
Phonon mode (cm-1) Representation
-15.0088587564 A'' I+R
-0.1105419905 A'' I+R
-0.0411265072 A' I+R
-0.0002921419 A' I+R
21.4588368437 A'' I+R
41.1001609135 A' I+R
45.0044069427 A' I+R
46.2816622539 A'' I+R
47.3744385404 A' I+R
54.269312722 A' I+R
57.8211387119 A' I+R
59.9329052892 A'' I+R
60.5329618951 A' I+R
62.1856894391 A'' I+R
64.9691734968 A'' I+R
67.2563413682 A' I+R
67.3169431258 A'' I+R
75.3519357852 A' I+R
77.1679462406 A' I+R
78.7446913724 A' I+R
80.4011624394 A'' I+R
81.5259227619 A' I+R
82.5107207645 A'' I+R
83.410883218 A'' I+R
83.9863399131 A' I+R
84.3691923397 A' I+R
85.1615235784 A' I+R
86.2554276607 A' I+R
94.3076033544 A' I+R
95.0924164879 A'' I+R
95.1931703143 A' I+R
95.9215431925 A'' I+R
96.0262055581 A'' I+R
96.4286187615 A' I+R
98.0124098417 A' I+R
98.9113314946 A' I+R
103.312875628 A' I+R
104.115323286 A' I+R
104.998252746 A' I+R
106.214671296 A'' I+R
106.624543782 A'' I+R
109.96224046 A'' I+R
111.032290671 A'' I+R
111.077747614 A' I+R
111.681700399 A' I+R
111.879011417 A' I+R
112.103859917 A'' I+R
113.466218995 A' I+R
113.98758483 A' I+R
115.372196185 A'' I+R
116.486139952 A'' I+R
117.852541145 A'' I+R
118.659048715 A' I+R
120.680097862 A' I+R
121.347814522 A'' I+R
122.497913048 A' I+R
122.73635179 A'' I+R
123.603761557 A' I+R
123.731913283 A'' I+R
125.082773961 A' I+R
125.100912629 A'' I+R
125.924415523 A' I+R
127.286189838 A' I+R
129.675633066 A' I+R
130.172790891 A' I+R
131.159830064 A'' I+R
131.685635644 A'' I+R
132.464241008 A' I+R
132.828859196 A'' I+R
133.104715326 A' I+R
134.541908216 A' I+R
136.164298536 A' I+R
136.955427453 A' I+R
138.124678054 A'' I+R
138.418628974 A' I+R
138.765037773 A'' I+R
139.531087762 A'' I+R
140.551069386 A'' I+R
142.429169312 A'' I+R
142.582415099 A'' I+R
143.204330752 A' I+R
143.927720214 A' I+R
144.568500173 A'' I+R
144.76367693 A'' I+R
145.304498026 A' I+R
145.662489379 A' I+R
146.762193857 A' I+R
148.05395811 A'' I+R
148.372481598 A' I+R
149.400994723 A' I+R
150.941839572 A'' I+R
151.146179909 A'' I+R
151.971738888 A' I+R
152.332609192 A' I+R
152.644981928 A' I+R
156.363676458 A' I+R
156.544446126 A'' I+R
157.149520831 A'' I+R
158.143436363 A'' I+R
158.285987093 A' I+R
159.435248345 A' I+R
160.447335956 A'' I+R
160.708168635 A' I+R
162.161857419 A' I+R
163.142571356 A' I+R
163.198689537 A'' I+R
163.298859765 A' I+R
163.895319488 A' I+R
164.38223916 A'' I+R
164.817734996 A'' I+R
167.389856055 A'' I+R
167.441855609 A' I+R
167.878898938 A' I+R
169.329236498 A' I+R
171.892427229 A'' I+R
172.447594227 A' I+R
172.743494052 A' I+R
173.843206387 A' I+R
175.195319703 A'' I+R
176.734498116 A'' I+R
176.879871459 A' I+R
177.240598892 A' I+R
177.89434079 A'' I+R
178.500380402 A'' I+R
179.139976525 A' I+R
180.278781377 A' I+R
180.707783858 A'' I+R
182.2240518 A'' I+R
182.491033369 A' I+R
185.509128559 A' I+R
186.983293885 A'' I+R
187.549469795 A'' I+R
187.606051948 A' I+R
188.325443256 A' I+R
188.603560274 A' I+R
191.467153538 A' I+R
191.773030413 A' I+R
194.771922756 A'' I+R
195.037705943 A'' I+R
197.225485454 A' I+R
197.934712593 A' I+R
199.228761283 A'' I+R
199.612209031 A' I+R
199.651616043 A'' I+R
200.691669888 A' I+R
201.072249286 A'' I+R
201.204084031 A' I+R
202.302402812 A'' I+R
203.233883827 A' I+R
205.276016567 A' I+R
205.601300679 A'' I+R
206.590208937 A' I+R
207.476283718 A'' I+R
208.730324389 A'' I+R
209.439508988 A' I+R
211.066120322 A'' I+R
211.608557709 A'' I+R
212.102919372 A'' I+R
212.692968813 A' I+R
213.77465365 A' I+R
214.552291435 A' I+R
215.747187945 A' I+R
216.956921403 A'' I+R
217.616543029 A'' I+R
219.219420216 A' I+R
219.728661576 A' I+R
220.542597171 A'' I+R
220.996144801 A'' I+R
221.055971408 A'' I+R
224.842443512 A'' I+R
226.013136174 A' I+R
226.45439045 A' I+R
229.309485105 A' I+R
230.947395795 A' I+R
231.046375544 A'' I+R
231.224010719 A'' I+R
231.254548951 A' I+R
231.281195756 A' I+R
231.69196201 A' I+R
234.02276754 A' I+R
234.277015562 A'' I+R
234.989449251 A'' I+R
238.43072002 A'' I+R
238.69946543 A' I+R
241.468881416 A'' I+R
242.481128211 A' I+R
243.386842368 A'' I+R
243.445715095 A' I+R
243.697338243 A' I+R
245.88862972 A'' I+R
246.290472676 A' I+R
246.605878004 A' I+R
248.892285219 A'' I+R
251.739619116 A' I+R
252.568565498 A'' I+R
252.572724664 A' I+R
252.676230111 A'' I+R
253.614074414 A'' I+R
254.208957606 A' I+R
254.288368518 A'' I+R
254.995876991 A' I+R
257.966978778 A'' I+R
259.458571055 A' I+R
261.675826 A' I+R
262.457248318 A' I+R
263.355630304 A' I+R
264.277021068 A'' I+R
266.376425669 A'' I+R
266.530264914 A'' I+R
270.423406458 A' I+R
271.418679709 A' I+R
272.006363086 A' I+R
272.897034184 A'' I+R
273.864303197 A'' I+R
273.994628675 A' I+R
276.679158081 A' I+R
277.855587693 A' I+R
278.9086916 A'' I+R
279.173536164 A' I+R
279.657992058 A' I+R
280.572658466 A'' I+R
282.629569027 A' I+R
282.951156577 A'' I+R
283.196124856 A'' I+R
286.79475876 A' I+R
287.322622904 A' I+R
287.586377127 A'' I+R
290.466469011 A' I+R
291.307336215 A' I+R
291.542931019 A'' I+R
292.128459941 A' I+R
293.935920924 A'' I+R
294.15882495 A' I+R
295.578303815 A' I+R
298.86419576 A'' I+R
299.588607337 A' I+R
301.63423326 A' I+R
301.819034592 A' I+R
303.327589429 A'' I+R
303.835695893 A' I+R
307.3459204 A'' I+R
308.90378882 A' I+R
309.433820401 A'' I+R
309.490266057 A' I+R
310.228886492 A' I+R
310.642692397 A'' I+R
312.708373858 A' I+R
312.839167196 A' I+R
315.056553471 A' I+R
316.50588053 A' I+R
318.186342999 A'' I+R
319.264153598 A'' I+R
320.284316064 A' I+R
321.131491553 A'' I+R
323.246569182 A'' I+R
323.77792732 A' I+R
325.645722596 A' I+R
329.261067167 A' I+R
330.477636605 A'' I+R
330.751294406 A' I+R
331.106909613 A'' I+R
331.881800584 A' I+R
334.299782801 A' I+R
335.697346646 A' I+R
338.928657507 A'' I+R
340.919618724 A'' I+R
343.435699466 A' I+R
344.671858224 A'' I+R
344.928458665 A'' I+R
345.454184469 A' I+R
346.082432512 A' I+R
346.848194029 A'' I+R
348.113812491 A'' I+R
348.114925021 A' I+R
350.48121625 A' I+R
350.878943783 A' I+R
354.908068232 A'' I+R
355.020247567 A'' I+R
356.509776096 A' I+R
362.559762346 A'' I+R
362.759670845 A'' I+R
362.812172572 A' I+R
363.626640117 A' I+R
363.824191463 A' I+R
365.396397384 A' I+R
366.078048495 A' I+R
366.513888028 A' I+R
367.666963648 A' I+R
369.136090464 A' I+R
371.000880843 A'' I+R
372.88754392 A' I+R
373.958701054 A'' I+R
374.398716094 A' I+R
374.663188219 A' I+R
388.218434373 A'' I+R
388.255473133 A'' I+R
388.410558994 A'' I+R
388.546525305 A'' I+R
389.077494669 A' I+R
390.47475458 A' I+R
393.019084238 A' I+R
393.736800997 A' I+R
409.331097415 A' I+R
410.799302461 A' I+R
413.801482631 A' I+R
415.197476379 A' I+R
All phonon mode at Gamma point (cm-1)
-15.0088587564
-0.1105419912
-0.041126507
-0.0002923485
21.4588368437
41.1001609135
45.0044069427
46.2816622539
47.3744385404
54.269312722
57.8211387119
59.9329052892
60.5329618951
62.1856894391
64.9691734968
67.2563413682
67.3169431258
75.3519357852
77.1679462406
78.7446913724
80.4011624394
81.5259227619
82.5107207645
83.410883218
83.9863399131
84.3691923397
85.1615235784
86.2554276607
94.3076033544
95.0924164879
95.1931703143
95.9215431925
96.0262055581
96.4286187615
98.0124098417
98.9113314946
103.312875628
104.115323286
104.998252746
106.214671296
106.624543782
109.96224046
111.032290671
111.077747614
111.681700399
111.879011417
112.103859917
113.466218995
113.98758483
115.372196185
116.486139952
117.852541145
118.659048715
120.680097862
121.347814522
122.497913048
122.73635179
123.603761557
123.731913283
125.082773961
125.100912629
125.924415523
127.286189838
129.675633066
130.172790891
131.159830064
131.685635644
132.464241008
132.828859196
133.104715326
134.541908216
136.164298536
136.955427453
138.124678054
138.418628974
138.765037773
139.531087762
140.551069386
142.429169312
142.582415099
143.204330752
143.927720214
144.568500173
144.76367693
145.304498026
145.662489379
146.762193857
148.05395811
148.372481598
149.400994723
150.941839572
151.146179909
151.971738888
152.332609192
152.644981928
156.363676458
156.544446126
157.149520831
158.143436363
158.285987093
159.435248345
160.447335956
160.708168635
162.161857419
163.142571356
163.198689537
163.298859765
163.895319488
164.38223916
164.817734996
167.389856055
167.441855609
167.878898938
169.329236498
171.892427229
172.447594227
172.743494052
173.843206387
175.195319703
176.734498116
176.879871459
177.240598892
177.89434079
178.500380402
179.139976525
180.278781377
180.707783858
182.2240518
182.491033369
185.509128559
186.983293885
187.549469795
187.606051948
188.325443256
188.603560274
191.467153538
191.773030413
194.771922756
195.037705943
197.225485454
197.934712593
199.228761283
199.612209031
199.651616043
200.691669888
201.072249286
201.204084031
202.302402812
203.233883827
205.276016567
205.601300679
206.590208937
207.476283718
208.730324389
209.439508988
211.066120322
211.608557709
212.102919372
212.692968813
213.77465365
214.552291435
215.747187945
216.956921403
217.616543029
219.219420216
219.728661576
220.542597171
220.996144801
221.055971408
224.842443512
226.013136174
226.45439045
229.309485105
230.947395795
231.046375544
231.224010719
231.254548951
231.281195756
231.69196201
234.02276754
234.277015562
234.989449251
238.43072002
238.69946543
241.468881416
242.481128211
243.386842368
243.445715095
243.697338243
245.88862972
246.290472676
246.605878004
248.892285219
251.739619116
252.568565498
252.572724664
252.676230111
253.614074414
254.208957606
254.288368518
254.995876991
257.966978778
259.458571055
261.675826
262.457248318
263.355630304
264.277021068
266.376425669
266.530264914
270.423406458
271.418679709
272.006363086
272.897034184
273.864303197
273.994628675
276.679158081
277.855587693
278.9086916
279.173536164
279.657992058
280.572658466
282.629569027
282.951156577
283.196124856
286.79475876
287.322622904
287.586377127
290.466469011
291.307336215
291.542931019
292.128459941
293.935920924
294.15882495
295.578303815
298.86419576
299.588607337
301.63423326
301.819034592
303.327589429
303.835695893
307.3459204
308.90378882
309.433820401
309.490266057
310.228886492
310.642692397
312.708373858
312.839167196
315.056553471
316.50588053
318.186342999
319.264153598
320.284316064
321.131491553
323.246569182
323.77792732
325.645722596
329.261067167
330.477636605
330.751294406
331.106909613
331.881800584
334.299782801
335.697346646
338.928657507
340.919618724
343.435699466
344.671858224
344.928458665
345.454184469
346.082432512
346.848194029
348.113812491
348.114925021
350.48121625
350.878943783
354.908068232
355.020247567
356.509776096
362.559762346
362.759670845
362.812172572
363.626640117
363.824191463
365.396397384
366.078048495
366.513888028
367.666963648
369.136090464
371.000880843
372.88754392
373.958701054
374.398716094
374.663188219
388.218434373
388.255473133
388.410558994
388.546525305
389.077494669
390.47475458
393.019084238
393.736800997
409.331097415
410.799302461
413.801482631
415.197476379

See also

Links to other databases or papers are provided below

None

mp-30751

Energy above hull from mp (eV): 0.00893514172794