EuIIIfunctionalized InMOF InOHbpydc as fluorescent probe formmc1Word格式文档下载.docx
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EuIIIfunctionalized InMOF InOHbpydc as fluorescent probe formmc1Word格式文档下载.docx
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Table.S1LoadinglevelofEu3+cations
Compounds
In3+/Eu3+
In-MOF-Eu
1:
0.188
FigureS5(a)Theexcitation(purple)andemissionspectra(pink)ofIn-MOF;
(b)theCIEchromaticitydiagramofIn-MOFexcitedat393nmandtheinsetisthephotoluminescencecolorwith390nmUVexcitationsusingaXelampastheexcitationsource(X=0.24,Y=0.35)
FigureS6Day-to-dayfluorescencestabilityofIn-MOF-Euafterimmersinginaqueoussolutionforseveraldaysandtheinsetisthecorrespondingrelativeintensityatλem=615nm.
FigureS7XRDpatternsofIn-MOF-Euafterimmersingindifferentorganicsolvents.
FigureS8CIEchromaticitydiagramofIn-MOF-Euafterimmersingindifferentorganicsolvents.
Table.S2CoordinateofCIEchromaticitydiagram
Organic
molecule
solvents
x
y
CHCl3
0.1897
0.2218
1,2-dichloroethane
0.2194
0.245
H2O
0.269
0.2397
CH3CN
0.2475
0.2653
THF
0.2119
0.2266
Acetone
0.2226
0.2316
Pyridine
0.2366
0.2541
CH2OHCH2OH
0.2608
0.2631
Ethanol
0.2484
0.2419
DMF
0.3065
0.2999
FigureS9LuminescenceintensityofIn-MOF-Euinseveralsimilarhalogenatedcompounds.
FigureS10(a)Luminescenceintensityoftheligand-centralemissionofIn-MOF-EuinthepresenceofvariousratiosofIn-MOF-Euandchloroformunderexcitationat360nm,(b)relatedhistogramofratiosofI(490nm)/I(615nm)andtheinsertedlinechartwithratiovalues.
FigureS11Thereversiblechangesofemissionintensityratioofligand-centralemission(490nm)toEu3+(615nm)ofIn-MOF-Euafterfiverecycles.(λex=360nm);
FigureS12(a)Oneofhydrogen-bondtypesbetweenbipyridineandchloroform;
(b)UV−visabsorptionspectraofsuspendedIn-MOF-Eu(black)inethanol,andIn-MOF-Eu(red)inchloroform/ethanolsolution(ethanolasreferencesolvent).
FigureS13PXRDpatternsoftheIn-MOF-Euafterimmersingindifferentaqueoussolutionwithvariousanions.
Table.S3ResponseofluminescencelifetimeofIn-MOF-Eutowardaqueoussolutionsofvariousmetalions
metalions
τ(μs)
NO3-
68.62
Cl-
56.81
SO42-
45.86
Br-
47.83
I-
36.08
F-
27.54
CrO42-
20.91
Cr2O72-
9.23
MnO4-
undetectable
FigureS14(a)LuminescenceintensityofIn-MOF-EuupontheadditionofMnO4-(0.5mM,1mL)inthepresenceofabackgroundofanions(0.5mM)inaqueoussolutionand(b)luminescenceintensityofthe5D0−7F2ofIn-MOF-Eu(λex=360nm;
λem=616nm).
FigureS15LuminescenceintensityoftheIn-MOF-EudispersedintoaqueoussolutionofMnO4-(red)andCr2O72-(orange)withdifferentconcentration(0-1.0mmol/L)atλex=360nm,insetistheenlargededitionwithratioofIMnO4-/ICr2O72-.
CalculationS1
LinearEquation:
Y=2.07×
105X–3.9033R=0.9919
K=2.07×
105μM-1;
=10.14(N=20)
LOD=3Sb/K=1.47×
10-4μM.
Kistheslopeofthecalibrationcurve;
Sbisthestandarddeviationforreplicatingdetectionsofblanksolutions;
nisthefluorescenceintensityofIn-MOF-Euinwater;
n0istheaverageofthen.
FigureS16UV−visabsorptionofIn-MOF-EuandMnO4-anions.
TableS4DetectionofMnO4-byIn-MOF-Euinnaturalsamplesbythestandardadditionmethod
Watersamples
AddedconcentrationofMnO4-(mM)
DetectedconcentrationofMnO4-a(mM)
RSDb(%)
Pondwater1
5
50
5.21±
0.13
50.78±
1.33
2.50
2.62
Pondwater2
5.07±
0.09
50.36±
1.27
1.78
2.52
aTheresultisexpressedasthemeanoffourmeasurements±
standarddeviation(SD).
bTherelativestandarddeviation(RSD)isdefinedas(SD/mean)×
100%
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