<--- Back to Details
First PageDocument Content
Wave mechanics / Node / Wave / Hydrophobe / Atomic orbital / Standing wave / Acoustic wave / Stone moroko / Radiation pressure / Physics / Chemistry / Waves
Date: 2005-07-25 01:45:46
Wave mechanics
Node
Wave
Hydrophobe
Atomic orbital
Standing wave
Acoustic wave
Stone moroko
Radiation pressure
Physics
Chemistry
Waves

Vol 435|23 June[removed]BRIEF COMMUNICATIONS

Add to Reading List

Source URL: www.weizmann.ac.il

Download Document from Source Website

File Size: 279,30 KB

Share Document on Facebook

Similar Documents

Molecular Orbitals The overlap of atomic orbitals from separate atoms makes molecular orbitals  Each molecular orbital has room for two electrons

DocID: 1uK1w - View Document

Chemistry / Nature / Chemical bonding / Quantum chemistry / Computational chemistry / Stereochemistry / Molecular modelling / Atomic orbital / Molecular dynamics / Molecular orbital / Crystal / Molecule

ODYSSEY Molecular Explorer Platforms Windows OS X Molecular Dynamics

DocID: 1reQd - View Document

Physics / Waves / Elementary particles / Quantum electrodynamics / Scattering / Atomic physics / Wavelength / Resonance / Wave / Electromagnetic spectrum / Electron / Atomic orbital

02-QuantumAspectsOfLightAndMatter.nb

DocID: 1rbNj - View Document

Chemistry / Quantum chemistry / Atomic physics / Molecular physics / Chemical bonding / Spectroscopy / Atomic orbital / X-ray photoelectron spectroscopy / Rotational spectroscopy / Infrared spectroscopy / Basis set / Ionization energy

EDGE ARTICLE www.rsc.org/chemicalscience | Chemical Science Slow photoelectron velocity-map imaging of the CnH (n ¼ 5–9) anions Etienne Garand,a Tara I. Yacovitch,a Jia Zhou,a Sean M. Sheehana and Daniel M. Neumark*

DocID: 1r6dC - View Document

Chemistry / Nature / Chemical bonding / Quantum chemistry / Computational chemistry / Molecular modelling / Atomic orbital / Molecular geometry / Molecular orbital / Molecular dynamics / Spartan / Crystal

ODYSSEY SPARTAN STUDENT EDITION Platforms

DocID: 1qXTB - View Document