Publications

Displaying 26 - 50 of 73

Mechanism of the reaction, CH 4 +O( 1 d2 )-> Ch 3 +OH, studied by ultrafast and state-resolved photolysis/probe spectroscopy of the CH 4 :O 3 van der Waals complex

January 15, 2001

Author(s)

Carl C. Miller, Roger D. van Zee, John C. Stephenson

Mechanism of the Reaction, CH 4 + O( 1 d2 )-> CH 3 + OH, Studied by Ultrafast and State-Resolved Photolysis/Probe Spectroscopy of the CH 4 O 3 van der Waals Complex

January 1, 2001

Author(s)

Carl C. Miller, Roger D. van Zee, John C. Stephenson

The mechanism of the reaction, CH 4 + O( 1 d2) -> CH 3 + OH, was investigated by ultrafast, time-resolved and high resolution, state-resolved experiments. Ultraviolet pulses photolyzed ozone in the CH 4 O 3 van der Waals complex, and the appearance rate

Mechanism of the Reaction, CH 4 +O( 1 d2 ) - CH 3 +OH Studied by Ultrafast and State-Resolved Photolysis/Probe Spectroscopy of the CH 4 {?}O 3 van der Waals Complex,

January 1, 2001

Author(s)

Carl C. Miller, Van z, John C. Stephenson

Sum Frequency Spectroscopy Studies of Adsorption of Additives on Metal/Electrolyte Interfaces

November 1, 2000

Author(s)

Clayton S. Yang, Lee J. Richter, Kimberly Briggman, John C. Stephenson, Thomas P. Moffat, Gery R. Stafford

In situ and ex situ VR-SFG studies of mercaptopropylsulfonate (MPSA) molecules adsorbed on metal/electrolyte interfaces prove the molecular conformation is sensitive to hydration. MPSA catalyses electrodeposition of copper interconnection for semiconductor

Nonlinear Optics as a Detection Scheme for Biomimetic Sensors: SFG Spectroscopy of Hybrid Bilayer Membrane Formation

December 15, 1999

Author(s)

T Petralli-Mallow, Kimberly A. Briggman, Lee J. Richter, John C. Stephenson, Anne L. Plant

Vibrational spectra of biomimetic membranes have been obtained using a broad-band approach to sum frequency generation (SFG). A new innovation, broad band SFG (BBSFG) allows for high quality SFG spectra with rapid collection times. With the BBSFG approach

Vibrationally-Resolved Sum-Frequency Generation With Broad Bandwidth Infrared Pulses

October 15, 1998

Author(s)

Lee J. Richter, T Petralli-Mallow, John C. Stephenson

We present a novel procedure for vibrationally-resolved sum-frequency generation (SFG) in which a broad-bandwidth IR pulse is mixed with a narrow-bandwidth visible pulse. The resultant SFG spectrum is dispersed with a spectrograph and detected in parallel