Single-pulse coherent anti-Stokes Raman scattering microscopy
... Coherent anti-Stokes Raman scattering (CARS) is a nonlinear Raman process in which pulsed light of at least two frequencies is mixed within a sample. By temporally and spatially overlapping the pump light at a frequency of ωp and Stokes light at ωs, CARS light at a frequency of 2ωp-ωs is produced. W ...
... Coherent anti-Stokes Raman scattering (CARS) is a nonlinear Raman process in which pulsed light of at least two frequencies is mixed within a sample. By temporally and spatially overlapping the pump light at a frequency of ωp and Stokes light at ωs, CARS light at a frequency of 2ωp-ωs is produced. W ...
A Bose-Einstein Condensate of Metastable Atoms
... atomic energy into ionization and kinetic energy that would lead to an immediate destruction of the condensate. An unpolarized sample of metastable helium at such a large density (about 1013 cm−3 ) would be destroyed in less than a millisecond [3, 4, 5]. The reason this does not happen is the comple ...
... atomic energy into ionization and kinetic energy that would lead to an immediate destruction of the condensate. An unpolarized sample of metastable helium at such a large density (about 1013 cm−3 ) would be destroyed in less than a millisecond [3, 4, 5]. The reason this does not happen is the comple ...
VI. ELECTRONIC SPECTROSCOPY The visible (V) and ultraviolet
... cannot cause ISC (unless the two electrons have different g-factors) because it is homogeneous on a molecular scale, affects both spins equally, and cannot twist one spin relative to the other. However, a magnetic field from within a molecule may be able to rephase the spins. For example, the spin-o ...
... cannot cause ISC (unless the two electrons have different g-factors) because it is homogeneous on a molecular scale, affects both spins equally, and cannot twist one spin relative to the other. However, a magnetic field from within a molecule may be able to rephase the spins. For example, the spin-o ...
Electrically Excited Inverse Electron Spin Resonance in a Split
... It is very difficult to fabricate metamaterials in large numbers. Downsizing of metamaterials is very important to practical realization of metamaterials. ...
... It is very difficult to fabricate metamaterials in large numbers. Downsizing of metamaterials is very important to practical realization of metamaterials. ...
LHCC
... To get cross-section for both formation and decay, multiply Breit-Wigner by a factor (el/)2 • If state is formed through channel i and decays through channel j To get cross-section for both formation and decay, multiply Breit-Wigner by a factor (i j /)2 • Mean value of the Breit-Wigner shape is ...
... To get cross-section for both formation and decay, multiply Breit-Wigner by a factor (el/)2 • If state is formed through channel i and decays through channel j To get cross-section for both formation and decay, multiply Breit-Wigner by a factor (i j /)2 • Mean value of the Breit-Wigner shape is ...
Paramagnetic organometallic compounds – The example chromium
... familiar octet rule prevailing in carbon chemistry. Thus, a transition metal has nine valence atomic orbitals (five nd, one (n + 1)s, and three (n + 1)p), and a completely filled valence shell with eighteen electrons (i.e. the electron configuration of a noble gas) presages stability. The loss of a ...
... familiar octet rule prevailing in carbon chemistry. Thus, a transition metal has nine valence atomic orbitals (five nd, one (n + 1)s, and three (n + 1)p), and a completely filled valence shell with eighteen electrons (i.e. the electron configuration of a noble gas) presages stability. The loss of a ...
Atomic and Nuclear Terms
... ► Nuclear Reactions – A reaction that occurs whenever the number of protons or neutrons changes. • Nuclear reactions include natural and artificial transmutation, fission, and fusion. ► Transmutation – Nuclear change of one element into another. • In natural transmutations the nucleus decays spontan ...
... ► Nuclear Reactions – A reaction that occurs whenever the number of protons or neutrons changes. • Nuclear reactions include natural and artificial transmutation, fission, and fusion. ► Transmutation – Nuclear change of one element into another. • In natural transmutations the nucleus decays spontan ...
