Diffraction Structure — Structural Control of Photoconductivity in a Flexible Titanium-Organic Framework

Measurement evidence

Diffraction Structure

Structural Control of Photoconductivity in a Flexible Titanium-Organic Framework · Chinchilla-Garzon C., Galbiati M., Misturini A. et al. · Advanced Materials · 2025 · 2412045

7 measurement groups · 40 results

Reported values remain attached to the sample, method, conditions, extraction quality and source location that produced them.

checkCIF/PLATON

MUV-35-c closed phase · Single Crystal

Measurement source
1 · checkCIF report
PropertyReported valueNormalised valueUncertaintyOrigin and qualitySource
checkCIF closed alert counts0 A, 6 B, 22 C, 93 GTable
Exact Reported
5 · checkCIF report
checkCIF closed data completeness0.949Table
Exact Reported
1 · checkCIF report

checkCIF/PLATON

MUV-35-i intermediate phase · Single Crystal

Measurement source
1 · checkCIF report
PropertyReported valueNormalised valueUncertaintyOrigin and qualitySource
checkCIF intermediate alert counts0 A, 1 B, 20 C, 101 GTable
Exact Reported
5 · checkCIF report
checkCIF intermediate data completeness0.996Table
Exact Reported
1 · checkCIF report

checkCIF/PLATON

MUV-35-o open phase · Single Crystal

Measurement source
1 · checkCIF report
PropertyReported valueNormalised valueUncertaintyOrigin and qualitySource
checkCIF open alert counts0 A, 6 B, 28 C, 88 GTable
Exact Reported
5 · checkCIF report
checkCIF open data completeness0.992Table
Exact Reported
1 · checkCIF report

Le Bail refinement of PXRD

MUV-35-c closed phase · Single Crystal

Measurement source
21 · S.4.6 · Table S5/Figure S16
PropertyReported valueNormalised valueUncertaintyOrigin and qualitySource
Le Bail MUV-35-c Rwp2.62%SI Table
Exact Reported
21 · S.4.6 · Table S5
Le Bail MUV-35-c volume9508.620 Å3SI Table
Exact Reported
21 · S.4.6 · Table S5

Le Bail refinement of PXRD

MUV-35-o open phase · Single Crystal

Measurement source
21 · S.4.6 · Table S5/Figure S15
PropertyReported valueNormalised valueUncertaintyOrigin and qualitySource
Le Bail MUV-35-o Rwp3.11%SI Table
Exact Reported
21 · S.4.6 · Table S5
Le Bail MUV-35-o volume15722.137 Å3SI Table
Exact Reported
21 · S.4.6 · Table S5

powder X-ray diffraction

as-made MUV-35 crystals · Single Crystal

Measurement source
19 · S.4.5 · Figures S13-S14
PropertyReported valueNormalised valueUncertaintyOrigin and qualitySource
PXRD solvent/dry phase assignmentsolvent matches MUV-35-o; dry matches MUV-35-c; dry/acetone far from MUV-35-iText
Qualitative
19 · S.4.5 · Figure S13
long-term PXRD phase stabilityopen and closed phases maintained for near to two years under solvent/dry conditionsText
Approximate
19 · S.4.5 · Figure S14

single-crystal X-ray diffraction

as-made MUV-35 crystals · Single Crystal

Measurement source
17 · S.4.1/Table S3 · Crystallographic data of MUV-35-o, MUV-35-i and MUV-35-c.
PropertyReported valueNormalised valueUncertaintyOrigin and qualitySource
a-axis compression from open to closedΔa = 11.3 Å; Δd = -11.03 ÅText
Approximate
7 · Results and discussion
BTT interplanar distance in intermediate/as-made packing3.55 ÅCaption
Rounded Reported
4 · Results and discussion · Figure 2c
closed-phase BTT plane distances3.44 and 3.13 ÅText
Range
8 · Results and discussion
c-axis elongation from open to closedup to 4.5 ÅText
Approximate
7 · Results and discussion
open-to-closed cell-volume compressionnear to 37%Text
Approximate
7 · Results and discussion · Figure 3a
closed-channel internal diameterabout 8 ÅText
Approximate
7 · Results and discussion
MUV-35-c empirical formulaC46.5H45MnO12.5S3Ti0.5SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-i empirical formulaC60H79MnN9O16S3Ti0.5SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-o empirical formulaC52.5H61.5MnN6.5O13.5S3Ti0.5SI Table
Exact Reported
17 · S.4.1 · Table S3
open-channel pore opening diameterapproximately 13 ÅText
Approximate
5 · Results and discussion
MUV-35-c a-axis13.0202(5) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-c b-axis20.8095(6) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-c c-axis35.5520(7) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-c CCDC number2373156SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-c calculated density1.35 g cm-3SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-c unit-cell volume9630.9(5) Å3SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-i a-axis21.801(4) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-i b-axis20.810(4) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-i c-axis32.574(7) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-i CCDC number2373155SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-i calculated density1.22 g cm-3SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-i unit-cell volume14777(5) Å3SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-o a-axis24.3369(8) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-o b-axis20.6941(6) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-o c-axis31.1259(10) ÅSI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-o CCDC number2373154SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-o calculated density0.996 g cm-3SI Table
Exact Reported
17 · S.4.1 · Table S3
MUV-35-o unit-cell volume15673.5(9) Å3SI Table
Exact Reported
17 · S.4.1 · Table S3