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41. |
Evolution of physical and photocatalytic properties in the layered titanates A2Ti4O9 (A=K, H) and in nanosheets derived by chemical exfoliation,
Mark Allen, Arthur Thibert, Erwin M. Sabio, Nigel Browning, Delmar S. Larsen, and Frank E. Osterloh,
Chem. Mater.,
In Press |
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40. |
Unique LaTaO4 Polymorph for Multiple Energy Applications,
May Nyman, Mark A. Rodriguez, Lauren E. S. Rohwer, James E. Martin, Mollie Waller, and Frank E. Osterloh, Chem. Mater.,
2009,
211 (19),
4731-4737.
DOI:
10.1021/cm9020645. |
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39. |
Osterloh, F. E.,
Nanoparticle-Assembled Water Splitting Catalysts,
In Solar Hydrogen & Nanotechnology,
Vayssieres, L., Ed, In Press, Wiley VCH.
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38. |
Niobate Nanosheets as catalysts for Photochemical Water Splitting into Hydrogen and Hydrogen Peroxide,
Owen C.
Compton and
Frank E.
Osterloh, J.
Phys. Chem. C,
2009,
113 (1),
479-485.
DOI:
10.1021/jp807839b. |
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37. |
K4Nb6O17-derived
Photocatalysts
for Hydrogen
Evolution from
Water:
Nanoscrolls
versus
Nanosheets,
Michael C.
Sarahan;
Elizabeth C.
Carroll; Delmar
S. Larsen; Nigel
D. Browning; and
Frank E.
Osterloh, J.
Solid State Chem,
2008,
181 (7),
1681-1686.
DOI:
10.1016/j.jssc.2008.06.021. |
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36. |
Metallic LiMo3Se3
Nanowire Film
Sensors for
Electrical
Detection of
Metal Ions in
Water, Mark
Allen; Erwin M.
Sabio; Xiubin Qi;
Bokuba Nwengela;
M. Saif Islam;
and Frank E.
Osterloh,
Langmuir,
2008,
24(13),
7031-7037.
DOI:
10.1021/la8004085. |
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35. |
First
Demonstration of
CdSe as a
Photocatalyst
for Hydrogen
Evolution from
Water under UV
and visible
light, F.
Andrew Frame;
Elizabeth C.
Carroll; Delmar
S. Larsen;
Michael Sarahan;
Nigel D.
Browning; Frank
E. Osterloh,
Chem. Comm.,
2008,
2206-2208.
DOI:
10.1039/b718796c. |
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34. |
A Building
Block Approach
towards
Photochemical
Water Splitting
Catalysts based
on Niobate
Nanosheets,
Owen C. Compton;
Cory H. Mullet;
Shirley Chiang;
Frank E.
Osterloh, J.
Phys. Chem. C,
2008,
112(15),
6202-6208.
DOI:
10.1021/jp711589z. |
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33. |
Ultrafast
Carrier Dynamics
in Exfoliated
and
Functionalized
Calcium Niobate
Nanosheets in
Water and
Methanol,
Elizabeth C.
Carroll, Owen C.
Compton, Dorte
Madsen, Frank E.
Osterloh, Delmar
S. Larsen, J.
Phys. Chem. C, 2008,
112(7),
2394-2403.
DOI:
10.1021/jp077427d. |
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32. |
Inorganic
Materials as
Catalysts for
Photochemical
Splitting of
Water, Frank
E. Osterloh,
Chem. Mater.,
2008,
20(1),
35-54.
DOI:
10.1021/cm7024203. |
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31. |
Calcium
Niobate
Semiconductor
Nanosheets at
Catalysts for
Photochemical
Hydrogen
Evolution from
Water, Owen
C. Compton,
Elizabeth C.
Carroll, Jin Y.
Kim, Delmar
Larsen, Frank E.
Osterloh, J.
Phys. Chem. C,
2007,
111(40),
14589-14592.
DOI:
10.1021/jp0751155 |
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30. |
Evolution of
Size and Shape
in the Colloidal
Crystallization
of Gold
Nanoparticles,
Owen C.
Compton,
Frank E.
Osterloh, J.
Am. Chem. Soc.,
2007,
129(25),
7793-7798.
DOI:
10.1021/ja069033q |
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29. |
A Simple
Laboratory
Method to
Pattern
Sub-Millimeter
Features of
Conductive Films
of Gold and
Indium Tin
Oxide, Amna
Hawatky,
Frank E.
Osterloh,
Instrumentation
Science &
Technology,
2007,
35(1),
53-58. DOI:
10.1080/10739140601000879 |
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28. |
The
Effect of
Additives on
LiMo3Se3
Nanowire Film
Chemical Sensors,
Xiubin Qi, Frank
E. Osterloh, J.
A. Giacomo, S.
Chiang,
Langmuir,
2006,
22(19),
8253-8256.
DOI:
10.1021/la0614278 |
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27. |
Planar Gold
Nanoparticle
Clusters as
Microscale
Mirrors, Jin
Y. Kim, Frank E.
Osterloh, J.
Am. Chem. Soc.,
2006,
128(12),
3868 - 3869.
DOI:
10.1021/ja057958k |
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26. |
Directional
Superparamagnetism
and
Photoluminescence
in Clusters of
Magnetite and
CdSe
Nanoparticles,
Frank E.
Osterloh,
Comm. Inorg.
Chem.,
2006,
27(1-2),
41-59.
DOI:
10.1080/02603590500538654 |
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25. |
A
Nanowire-Nanoparticle
Crosslinking
Approach to
Highly Porous
Electrically
Conducting
Solids, Nick
Akl, Olga
Trofymluk,
Xiubin Qi, Jin
Y. Kim, Frank E.
Osterloh,
Alexandra
Navrotsky,
Angew. Chem.,
Int. Ed. Engl., 2006,
45(22),
3653-3656.
DOI:
110.1002/anie.200503950 |
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24. |
Molecular
Adsorption to
LiMo3Se3
Nanowire Film
Chemiresistors,
Xiubin Qi, Frank
E. Osterloh,
S.A. Barriga, J.
A. Giacomo, S.
Chiang, Anal.
Chem.
2006,
78(4),
1306-1311. DOI:
10.1021/ac051701n |
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23. |
Planar
Polarized Light
Emission From
CdSe
Nanoparticle
Clusters,
Jin Young Kim,
Hiroki Hiramatsu,
Frank E.
Osterloh, J.
Am. Chem. Soc.,
2005,
127(44),
15556-15561.
DOI:
10.1021/ja0541377 |
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22. |
Fe3O4-LiMo3Se3
Nanoparticle
Clusters as
Superparamagnetic
Nanocompasses,
Frank E.
Osterloh, Hiroki
Hiramatsu, R. K.
Dumas, Kai Liu,
Langmuir,
2005,
21(21),
9709-9713. DOI:
10.1021/la051498r |
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21. |
ZnO-CdSe
Nanoparticle
Clusters as
Directional
Photoemitters
with Tunable
Wavelength,
Jin Young Kim,
Frank E.
Osterloh, J.
Am. Chem. Soc,
2005,
127 (29),
10152-10153.
DOI:
10.1021/ja052735f |
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20. |
Chemical
Sensing with
LiMo3Se3
Nanowire Films,
Xiubin Qi, Frank
E. Osterloh,
J. Am. Chem.
Soc.,
2005,
127(21);
7666-7667.DOI:
10.1021/ja050960r |
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19. |
Synthesis and
Real-Time
Magnetic
Manipulation of
a Biaxial
Superparamagnetic
Colloid, Jin
Young Kim, Frank
E. Osterloh,
Hiroki Hiramatsu,
R. K. Dumas, Kai
Liu, J. Phys.
Chem. B,
2005, 109
(22),
11151-11157. DOI:
10.1021/jp050348m |
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18. |
A Simple
Large Scale
Synthesis of
Nearly
Monodisperse
Gold and Silver
Nanoparticles
with Adjustable
Sizes and with
Exchangeable
Surfactants,
Hiroki Hiramatsu,
Frank E.
Osterloh,
Chem. Mat.,
2004, 16,
2509-2511. DOI:
10.1021/cm049532v |
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17. |
Alkanethiol-Induced
Structural
Rearrangements
in Silica-Gold
Core-Shell Type
Nanoparticle
Clusters - An
Opportunity for
Chemical Sensor
Engineering,
Frank E.
Osterloh, Hiroki
Hiramatsu,
Rhiannon Porter,
and Ting Guo,
Langmuir,
2004, 20,
5553-5558. DOI:
10.1021/la0348719
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16. |
Synthesis and
Thermal
Stability of
Nanomagnets,
Liu, Kai, L.
Zhao, P. Klavins,
Frank E.
Osterloh, J.
Nogues, C.
Leighton, H.
Masuda, K.
Nishio, I. V.
Roshchin, and
Ivan K. Schuller. ICCE-10
Tenth Annual
International
Conference on
Composites/Nano
Engineering,
International
Community for
Composites
Engineering and
College of
Engineering,
University of
New Orleans,
July 20-26,
2003, edited
by David Hui,
pp. 429-430. |
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15. |
A Low
Temperature
Cluster
Condensation
Approach to CdS
Nanocrystals:
Oxidative
Aggregation of
[Cd10S4Br4(SR)12]4-
with Sulfur,
Frank E.
Osterloh, Daniel
P. Hewitt,
Chem. Commun.
2003,
1700-1701.DOI:
10.1039/b302266h |
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14. |
pH Controlled
Assembly and
Disassembly of
Electrostatically
Linked CdSe-SiO2
and Au-SiO2
Nanoparticle
Clusters,
Hiroki Hiramatsu
and Frank E.
Osterloh,
Langmuir
2003,
19(17),
7003-7011. DOI:
10.1021/la034217t
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13. |
Extrinsic
Magnetoresistance
in Magnetite
Nanoparticles,
Kai Liu, L.
Zhao, P. Klavins,
Frank E.
Osterloh, and H.
Hiramatsu, J.
Appl. Phys. 2003,
93 (10),
77951-7952. Pdf |
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12. |
Stringing up
the Pearls:
Self-Assembly,
Optical and
Electronic
Properties of
CdSe- and
Au-LiMo3Se3
Nanoparticle-Nanowire
Composites,
Frank E.
Osterloh, Jason
S. Martino,
Hiroki Hiramatsu,
and Daniel P.
Hewitt
Nano Letters, 2003,
3(2),
125-129.
DOI:
10.1021/nl025739g |
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11. |
Determination
of
Antiferromagnetic
Exchange
Coupling in the
Tetrahedral
Thiolate-Bridged
Diferrous
Complex [Fe2(SEt)6]2-,
Yiannis Sanakis,
Sun Jae Yoo,
Frank Osterloh,
R. H. Holm, and
Eckard M�nck,
Inorg. Chem.
2002,
41,
7081-7085.
DOI:
10.1021/ic0204629 |
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10. |
Solution
Self-Assembly of
Magnetic Light
Modulators from
Exfoliated
Perovskite and
Magnetite
Nanoparticles,
Osterloh, F.
J. Am. Chem.
Soc.;
2002;
124(22);
6248-6249.
DOI:
10.1021/ja025858y
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9. |
Molybdenum-Iron-Sulfur
Clusters of
Nuclearities
Eight and
Sixteen,
Including a
Topological
Analogue of the
P-Cluster of
Nitrogenase,
F. Osterloh, C.
Achim, R. H.
Holm. Inorg.
Chem.,
2001, 40,
224-232.
DOI:
10.1021/ic000617h |
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8. |
Reduced
Mono-, Di-, and
Tetra-Cubane-Type
Clusters
Containing The
[MoFe3S4]2+
Core Stabilized
by Tertiary
Phosphine
Ligation, F.
Osterloh, B. M.
Segal, C. Achim,
R. H. Holm.
Inorg. Chem.,
2000,
39, 980-989.
DOI:
10.1021/ic991016x |
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7. |
A
Molybdenum -
Iron - Sulfur
Cluster
Containing
Structural
Elements
Relevant to the
P-Cluster of
Nitrogenase,
F. Osterloh, Y.
Sanakis, R. J.
Staples, E. M�nck,
and R. H. Holm,
Angew. Chem.,
Int. Ed. Engl.,
1999, 38,
2066-2070.
DOI:
10.1002/(SICI)1521-3773(19990712)38:13/14<2066::AID-ANIE2066>3.0.CO;2-K |
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6. |
Crystal
Structure of the
Ni(II)-Complex
of a Redox
Switched Crown
Ether, F.
Osterloh, W.
Saak, D. Haase,
and S. Pohl,
Polyhedron,
1999,
18,
1957-1960. |
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5. |
(3,7-Diethyl-3,7-diazanonane-1,9-dithiolato-S,N,N',S')nickel(II),
J. Schneider, R.
Haupt-mann, F.
Osterloh, and G.
Henkel, Acta
Cryst,
1999,
C55,
328-330. |
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4. |
Synthesis and
Characterization
of Neutral
Hexanuclear Iron
Sulfur Clusters
Containing
Stair-Like [Fe6(m3S)4(m2SR)4]
and Nest-Like
[Fe6(m3S)2(m2S)2-(m4S)-(m2SR)4]
Core Structures,
F. Osterloh, W.
Saak, S. Pohl,
M. Kroeckel, C.
Meier, and A.
X.Trautwein,
Inorg. Chem.,
1998, 37,
3581-3587.
DOI:
10.1021/ic980039t |
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3. |
Synthesis,
X-ray Structure
and
Electrochemical
Characterisation
of a Binuclear
Thiolate Bridged
Ni/Fe-Nitrosyl
Complex, Related
to the Active
Site of NiFe
Hydrogenase,
F. Osterloh, W.
Saak, D. Haase
und S. Pohl,
Chem. Commun.,
1997,
979-980.
DOI:
10.1039/a700884h |
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2. |
Unidentate
and Bidentate
Binding of
Nickel(II)
Complexes to an
Fe4S4
Cluster via
Bridging
Thiolates:
Synthesis,
Crystal
Structures and
Electrochemical
Properties of
Model Compounds
for the Active
Sites of Nickel
Containing CO
Dehydrogenase /
Acetyl-CoA
Synthase, F.
Osterloh, W.
Saak, S. Pohl,
J. Am. Chem.
Soc.,
1997, 119,
5648-5656.
DOI:
10.1021/ja970194r |
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1. |
Nickel (II)
complexes bound
to an [Fe4S4]
cluster via
bridging
thiolates:
synthesis and
crystal
structures of
model compounds
for the active
site of nickel
CO dehydrogenase,
F. Osterloh, W.
Saak, D. Haase,
S. Pohl,
Chem. Commun,
1996,
777-778.
DOI:
10.1039/CC9960000777 |
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