Molecules.
Overview
Works: | 64 works in 15 publications in 15 languages |
---|
Titles
Advances in atomic, molecular, and optical physics.. Vol. 33,. Cross section data /
by:
(Language materials, printed)
Molecular physics and elements of quantum chemistry : = introduction to experiments and theory /
by:
(Language materials, printed)
Dynamic light scattering : = with applications to chemistry, biology, and physics /
by:
(Language materials, printed)
Single molecule detection in solution : = methods and applications /
by:
(Language materials, printed)
The beauty of mathematics in science : = the intellectual path of J Q Chen /
by:
(Language materials, printed)
Atoms, molecules and photons : = an introduction to atomic-, molecular- and quantum-physics /
by:
(Language materials, printed)
Proceedings of the conference on potential energy surfaces in chemistry, August 10-13, 1970, University of California, Santa Cruz /
by:
(Language materials, printed)
Molecular wave functions and properties : = tabulated from SCF calculations in a Gaussian basis set /
by:
(Language materials, printed)
Solutions manual for atoms and molecules : = an introduction for students of physical chemistry /
by:
(Language materials, printed)
Influence of internal degrees of freedom on electric and related molecular properties
by:
(Electronic resources)
Single molecule toroics = synthetic strategies, theory and applications /
by:
(Electronic resources)
Next generation quantum theory of atoms in molecules = from stereochemistry to photochemistry and molecular devices /
by:
(Electronic resources)
Atoms and molecules; = an introduction for students of physical chemistry
by:
(Language materials, printed)
The nature of the chemical bond and the structure of molecules and crystals : = an introduction to modern structural chemistry /
by:
(Language materials, printed)
Molecular physics : = theoretical principles and experimental methods /
by:
(Language materials, printed)
Light-matter interaction : = atoms and molecules in external fields and nonlinear optics /
by:
(Language materials, printed)
Approaching magnetic field effects in biology using the radical pair mechanism.
by:
(Electronic resources)
Show more
Fewer
Subjects