Rotationally inelastic collisions of the CH 2 molecule in its| $\tilde a^ 1 A_1 $| a ̃ 1 A 1
electronic state have been investigated. We have determined a potential energy surface …

A detailed understanding of the interactions between atoms and molecules is fundamental
to our understanding of collisional processes in macroscopic systems. Considerable interest …

Rate constants for collisional loss and transfer of population and rotational angular
momentum alignment have been determined for the CN (A2Π, v= 4)+ Ar system. Aligned …

We report state-resolved total removal cross sections and state-to-state rotational energy
transfer (RET) cross sections for collisions of CN (A2Π, ν= 4, j F 1ε) with N2, O2, and CO2 …

An optical− optical double resonance technique has been utilized to investigate rotational
energy transfer of selected rotational/fine-structure levels of CN (A 2Π, v= 3) in collisions with …

The quantitative detection of reaction products at low temperature is crucial for the
understanding of low-temperature chemistry, in part due to the increased importance of …

To study dynamic behaviors of molecular photodissociation processes and photoinitiated
inelastic and reactive collisions in a bulb environment, a three-dimensional sliced …

Polarisation Spectroscopy (PS) has been used as a novel approach for measuring the
collisional removal of bulk rotational orientation and alignment in OH (X 2Π3/2, v= 0, j= 1.5 …

In this thesis we present experimental studies of inelastic scattering of the astrophysically
important molecule deuterated ammonia, ND3 with Ar, He and H2 and resonance enhanced …

THEORETICAL INVESTIGATION OF COLLISIONS OF CH2 WITH He: ENERGY TRANSFER
WITHIN AND BETWEEN THEa ANDX ELECTRONIC ST Page 1 ABSTRACT Title of …