The topics are electronic and vibrational molecular states; dynamics of isolated and open quantum systems; the interaction of molecular systems with radiation fields; energy redistribution, relaxation, and de-phasing in vibrational dynamics; intra-molecular electronic transitions; electron transfer; proton transfer; and excitiation energy transfer.
What does MolSys stand for?
MolSys stands for Molecular Systems (Merck laboratory)
This definition appears rarely and is found in the following Acronym Finder categories:
- Science, medicine, engineering, etc.
- Mutually Orthogonal Latin Squares
- Ministry of Labour and Social Affairs
- Ministry of Labor, Social Affairs and Family (Slovak Republic)
- Ministry of Local Self Government (Macedonia)
- Ministry of Labour and Social Policy
- Ministry of Labor and Social Security (China)
- Ministry of Labour and Social Solidarity (Portugal)
- Ministry of Labour Social Solidarity and Family (Poland)
- Medical Orders for Life Sustaining Treatment
- Ministry of Labour and Social Welfare (Thailand)
- Manually Operated Lift Trailer
- Ministry of Labour and Transport (Nepal)
- Ministry of Labor and Transport Management (Nepal)
- Model Output Location Time Series (National Centers for Environmental Prediction)
- Multimode Optical Loss Test Set (FOC)
- Midwestern Ontario Linux Users Group
- Moloney Leukemia Virus
- Ministry of Labour and Vocational Training
- Ministry of Land, Water and Environment (Eritrea)
- Ministry of Labour, Youth Development and Sports (Tanzania)
Samples in periodicals archive:
9781420078480 The fragment molecular orbital method; practical applications to large molecular systems.
Computational chemistry is increasingly being used to model complex molecular systems to aid the development of new pharmaceuticals, chemicals, and materials.
Baer, a leading authority on molecular scattering theory and electronic non-diabetic processes, addresses the well-know deficiency in conical intersections, covering the mathematics, diabetization on the topological matrix, model studies, studies of molecular systems, degeneracy points and coupling terms as poles, the molecular field, open phase and berry phase for molecular systems, and extended Born-Oppenheimer approximations.
For the most part, such efforts have focused on large components that combine to form even bigger molecular systems, which bind, for instance, charged atoms such as sodium or potassium ions.