16 research outputs found
Ariel - Volume 6 Number 1
Editors
John Lammie
Curt Cummings
Frank Chervenak
J.D. Kanofsky
Mark Dembert
Entertainment
Robert Breckenridge
Joe Conti
Gary Kaskey
Photographer
Larry Glazerman
Overseas Editor
Mike Sinason
Circulation
Jay Amsterdam
Humorist
Jim McCann
Staff
Ken Jaffe
Bob Sklaroff
Halley Faus
Ariel - Volume 6 Number 3
Editors
Mark Dembert
J.D. Kanofsky
Frank Chervenak
John Lammie
Curt Cummings
Staff
Ken Jaffe
Bob Sklaroff
Halley Faust
Jim Burke
Nancy Redfern
Hans Weltin
Photographer
Larry Glazerman
Overseas Editor
Mike Sinason
Humorist
Jim McCan
Ariel - Volume 6 Number 2
Editors
Mark Dembert
J.D. Kanofsky
Frank Chervenak
John Lammie
Curt Cummings
Entertainment
Robert Breckenridge
Joe Conti
Gary Kaskey
Photographer
Larry Glazerman
Overseas Editor
Mike Sinason
Humorist
Jim McCann
Staff
Ken Jaffe
Bob Skarloff
Halley Faust
Jim Burk
Ariel - Volume 6 Number 4
Editors
Mark Dembert
J.D. Kanofsky
Frank Chervenak
John Lammie
Curt Cummings
Entertainment
Robert Breckenridge
Joe Conti
Gary Kaskey
Photographer
Larry Glazerman
Overseas Editor
Mike Sinason
Humorist
Jim McCann
Staff
Ken Jaffe
Bob Sklaroff
Halley Faust
Jim Burk
Ariel - Volume 6 Number 4 (Alternate Version)
Editors
Mark Dembert
J.D. Kanofsky
Frank Chervenak
John Lammie
Curt Cummings
Entertainment
Robert Breckenridge
Joe Conti
Gary Kaskey
Photographer
Larry Glazerman
Overseas Editor
Mike Sinason
Humorist
Jim McCann
Staff
Kenn Jaffe
Bob Sklaroff
Halley Faust
Jim Burke
Jay Amsterdam
Morton A. Klein
Nancy Redfer
Development and validation of an instrument to detect depression in nursing homes. Nursing homes short depression inventory (NH-SDI)
Attachment of a Diruthenium Compound to Au and SiO<sub>2</sub>/Si Surfaces by “Click” Chemistry
Fabrication of electrodes with functionalized
properties is of
interest in many electronic applications with the surface impacting
the electrical and electronic properties of devices. We report the
formation of molecular monolayers containing a redox-active dirutheniumÂ(II,III)
compound to gold and silicon surfaces via “click” chemistry.
The use of Cu-catalyzed azide–alkyne cycloaddition enables
modular design of molecular surfaces and interfaces and allows for
a variety of substrates to be functionalized. Attachment of the diruthenium
compound is monitored by using infrared and photoelectron spectroscopies.
The highest occupied molecular (or system) orbital of the “clicked-on”
diruthenium is clearly seen in the photoemission measurements and
is mainly attributed to the presence of the Ru atoms. The “click”
attachment is robust and provides a route to investigate the evolution
of the electronic structure and properties of novel molecules attached
to a variety of electrodes. The ability to attach this redox-active
Ru molecule onto SiO<sub>2</sub> and Au surfaces is important for
the development of functional molecular devices such as charge-based
memory devices