Net topology

xbu-a

Ingested production record from rcsr+mofplus. Per-field provenance in field_sources.

240 vertices and 456 edges in the unit cell. 87 of them leave the cell and continue into a neighbouring one; those are drawn in the accent colour and end at a hollow node. Squares are vertices of coordination 5 or more, circles of 4 or fewer. Drag to rotate, or focus the figure and use the arrow keys.

Crystallographic description

Spacegroup: not recorded
Cell lengths: a = 9.6571 Å, b = 9.6571 Å, c = 9.6571 Å
Cell angles: α = 90.00°, β = 90.00°, γ = 90.00°
Atoms in cell: 240
Transitivity pqrs: not recorded
Catenated: no; No, on the MOF+ name heuristic: that source marks a catenated net by a -c in its name, which the legacy client filters on, and this is that marker read back. A name heuristic, not a computed property of the topology, and not a measurement either source made.

Canonical key

Systre key: 3 1 2 0 0 0 1 3 0 0 0 1 4 0 0 0 1 5 0 0 0 1 6 0 0 0 2 3 0 0 0 2 4 0 0 0 2 7 0 0 0 3 5 0 0 0 3 8 0 0 0 4 5 0 0 0 4 9 0 0 0 5 10 0 0 0 6 11 0 0 0 6 12 0 0 0 6 13 0 0 0 6 14 0 0 0 7 15 0 0 0 7 16 0 0 0 8 17 0 0 0 8 18 0 0 0 9 19 0 0 0 9 20 0 0 0 10 21 0 0 0 10 22 0 0 0 11 12 0 0 0 11 13 0 0 0 11 23 0 0 0 11 24 0 0 0 12 14 0 0 0 12 24 0 0 0 12 25 0 0 0 13 14 0 0 0 13 24 0 0 0 13 26 0 0 0 14 24 0 0 0 14 27 0 0 0 15 28 0 0 0 15 29 0 0 0 16 29 0 0 0 16 30 0 0 0 17 31 0 0 0 17 32 0 0 0 18 32 0 0 0 18 33 0 0 0 19 34 0 0 0 19 35 0 0 0 20 35 0 0 0 20 36 0 0 0 21 37 0 0 0 21 38 0 0 0 22 38 0 0 0 22 39 0 0 0 23 30 0 0 0 23 37 1 0 0 23 40 0 0 0 23 41 0 0 0 24 42 0 0 0 25 33 0 0 0 25 34 0 1 0 25 43 0 0 0 25 44 0 0 0 26 31 0 0 1 26 36 0 0 0 26 45 0 0 0 26 46 0 0 0 27 28 -1 1 1 27 39 0 0 0 27 47 0 0 0 27 48 0 0 0 28 47 1 -1 -1 28 48 1 -1 -1 29 49 0 0 0 30 40 0 0 0 30 41 0 0 0 31 45 0 0 -1 31 46 0 0 -1 32 50 0 0 0 33 43 0 0 0 33 44 0 0 0 34 43 0 -1 0 34 44 0 -1 0 35 51 0 0 0 36 45 0 0 0 36 46 0 0 0 37 40 -1 0 0 37 41 -1 0 0 38 52 0 0 0 39 47 0 0 0 39 48 0 0 0 40 53 0 0 0 41 54 0 0 0 42 49 -1 1 1 42 50 0 0 1 42 51 0 1 0 42 52 1 0 0 43 55 0 0 0 44 56 0 0 0 45 57 0 0 0 46 58 0 0 0 47 59 0 0 0 48 60 0 0 0 49 50 1 -1 0 49 51 1 0 -1 50 52 1 0 -1 51 52 1 -1 0 53 55 0 0 0 53 58 1 0 -1 54 56 1 -1 0 54 57 0 0 0 55 60 1 0 -1 56 59 0 0 0 57 59 1 -1 0 58 60 0 0 0
(rcsr)The canonical Systre key, copied verbatim from the local RCSR Systre archive of 2019-06-01. It is not computed here and cannot be: no Gavrog/Systre toolchain runs on this machine, so nothing on this site derives, extends, repairs or verifies a key. The checksum served beside it is the one the archive itself carries, copied from the same block, so that this copy can be checked against the upstream file; no checksum is computed or verified here.
Checksum: 8629b7ccb15d7c4131459edb5040eb88 (rcsr)

Vertices

The mapping of coordination sequences onto vertex classes that the source supplied was checked against a walk over the periodic topology of the net itself, one walk per vertex class, and agreed. The sequences are the values the source supplied; the walk settled nothing but which class each one describes.

Not corroborated. The coordination sequences beside these symbols carry a corroboration of their own, stated under coordination_sequences; the vertex symbols carry none. A vertex symbol names the shortest ring at each angle of a vertex, no ring perception runs anywhere in this project, and so there is nothing here that could reproduce one: these strings are served on the word of the source alone. What was checked is their shape — a d-coordinated vertex has d(d-1)/2 angles and a whole symbol names a ring at each, and a string that lists fewer is flagged rather than served as a symbol. A string that passes that count can still be wrong in its rings, and nothing here says otherwise.

One row per distinct vertex. The coordination sequence counts how many vertices lie at each topological distance; the vertex symbol names the shortest ring at each angle of the vertex. The two columns do not carry the same warrant: which of them was corroborated, and which was not, is stated above the table.
#	Coordination	Site symmetry	Vertex symbol	Coordination sequence
0	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
1	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
2	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
3	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
4	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
5	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
6	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
7	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
8	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
9	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
10	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
11	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
12	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
13	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
14	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
15	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
16	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
17	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
18	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
19	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
20	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
21	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
22	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
23	5	—	3.3.3.3.4(2).4(2).8.8.8.8	5 8 13 25 32 44 56 92 120 137
24	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
25	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
26	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
27	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
28	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
29	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
30	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
31	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
32	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
33	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
34	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
35	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
36	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
37	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
38	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
39	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
40	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
41	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
42	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
43	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
44	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
45	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
46	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
47	5	—	3.3.3.3.4(3).4(3).8.8.8.8	5 9 21 24 24 32 68 100 124 152
48	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
49	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
50	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
51	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
52	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
53	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
54	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
55	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
56	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
57	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
58	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
59	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
60	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
61	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
62	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
63	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
64	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
65	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
66	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
67	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
68	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
69	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
70	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
71	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
72	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
73	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
74	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
75	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
76	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
77	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
78	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
79	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
80	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
81	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
82	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
83	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
84	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
85	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
86	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
87	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
88	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
89	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
90	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
91	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
92	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
93	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
94	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
95	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
96	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
97	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
98	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
99	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
100	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
101	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
102	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
103	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
104	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
105	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
106	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
107	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
108	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
109	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
110	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
111	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
112	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
113	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
114	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
115	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
116	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
117	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
118	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
119	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
120	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
121	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
122	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
123	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
124	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
125	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
126	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
127	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
128	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
129	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
130	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
131	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
132	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
133	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
134	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
135	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
136	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
137	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
138	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
139	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
140	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
141	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
142	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
143	4	—	3.3.4(2).8.9.9	4 6 12 19 31 44 56 73 104 127
144	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
145	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
146	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
147	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
148	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
149	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
150	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
151	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
152	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
153	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
154	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
155	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
156	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
157	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
158	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
159	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
160	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
161	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
162	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
163	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
164	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
165	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
166	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
167	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
168	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
169	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
170	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
171	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
172	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
173	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
174	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
175	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
176	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
177	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
178	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
179	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
180	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
181	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
182	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
183	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
184	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
185	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
186	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
187	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
188	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
189	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
190	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
191	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
192	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
193	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
194	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
195	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
196	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
197	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
198	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
199	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
200	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
201	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
202	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
203	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
204	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
205	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
206	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
207	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
208	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
209	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
210	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
211	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
212	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
213	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
214	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
215	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
216	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
217	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
218	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
219	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
220	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
221	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
222	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
223	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
224	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
225	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
226	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
227	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
228	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
229	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
230	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
231	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
232	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
233	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
234	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
235	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
236	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
237	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
238	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123
239	3	—	4.8.10	3 6 11 19 29 42 56 76 94 123

Provenance

Source: rcsr+mofplus — reconciled from both, field by field
Identifier at the source: xbu-a
Retrieved: 2026-09-09
Licence: CC BY 4.0 — verified from MOF++ project decision, CONTEXT §6 (Licensing): MOF+ is this group's own service, so nets retrieved from it are the project's own data to license, and the project licenses its data CC BY 4.0. No third-party grant is claimed..
Published: yes

Position in the collection

RCSR index: 2737 (derived) Derived by this site, not published by RCSR: the 1-based position of the symbol in the ascending ASCII-lexicographic ordering of the 2930 symbols in the RCSR Systre archive of 2019-06-01. RCSR does not number its nets; this is our ordering of their symbols and nothing more.
Complexity rank: 2364 The order the ingest processed this net in, simplest first. A different number from the RCSR index above, meaning a different thing.

Download

Topology.mfpx
Metadata.json

Cite this record

MOF++ contributors (2026). xbu-a [net]. MOF++ dataset release unreleased. Record: https://mofpp.ramabile.casa/net/xbu-a

Permanent URI: https://mofpp.ramabile.casa/net/xbu-a
No dataset DOI has been registered yet — cite the URI and the release version. Why per-record DOIs are not minted.

Licence

CC BY 4.0

Creative Commons Attribution 4.0 International. The licence is recorded on the record itself, not site-wide — deposits may arrive under different terms.

Cite the source

Reticular Chemistry Structure Resource (RCSR) asks to be cited:

M. O'Keeffe, M. A. Peskov, S. J. Ramsden and O. M. Yaghi, 'The Reticular Chemistry Structure Resource (RCSR) Database of, and Symbols for, Crystal Nets', Acc. Chem. Res. 2008, 41, 1782-1789. DOI: 10.1021/ar800124u

© 2019 RCSR.net — https://rcsr.anu.edu.au
This reference is for the resource, not for this net. RCSR publishes a primary reference per net, but the Systre archive distributed as RCSRnets-2019-06-01.arc carries an empty 'ref' field in all 2930 records. The citation shown is for the RCSR resource as a whole, not for this net specifically.

From a script

from mofplus import user_api
api = user_api()
api.get_net("xbu-a")

Or without the client: curl https://mofpp.ramabile.casa/net/xbu-a.json