Two-photon ablation with 1278nm laser radiation
... complex optics to deliver the light and when, as is becoming more and more common, short pulses are used, there is an additional wavelength dependence added by the dispersion of the optical system itself [1]. Precise intracellular microsurgery and in-depth penetration of light into tissue are both e ...
... complex optics to deliver the light and when, as is becoming more and more common, short pulses are used, there is an additional wavelength dependence added by the dispersion of the optical system itself [1]. Precise intracellular microsurgery and in-depth penetration of light into tissue are both e ...
Slow Light - Duke Physics
... ng is the group index of the material. We see that ng differs from the phase index by a term that depends on the dispersion of the refractive index dn/dω. Slow-light effects invariably make use of the rapid variation of refractive index that occurs in the vicinity of a material resonance. Slow light ...
... ng is the group index of the material. We see that ng differs from the phase index by a term that depends on the dispersion of the refractive index dn/dω. Slow-light effects invariably make use of the rapid variation of refractive index that occurs in the vicinity of a material resonance. Slow light ...
powerpoint
... electron orbiting around the nucleus also makes a magnet. These two magnetic moments can interact and, depending on the relative orientations of the two moments, orbital energy can be slightly altered. We use the so-called Na D line as a paradigm. We use the first-order perturbation theory to descri ...
... electron orbiting around the nucleus also makes a magnet. These two magnetic moments can interact and, depending on the relative orientations of the two moments, orbital energy can be slightly altered. We use the so-called Na D line as a paradigm. We use the first-order perturbation theory to descri ...
Time-Gated Photoionization Spectroscopy Demonstrated for Cesium Rydberg Wave Packets
... break the parabolic symmetry for the Rydberg electron. This scattering event can change the direction of the wave packet and cause it to travel down field giving rise to the observed peaks in the ionization spectrum. At 1.0 kVycm and Ec , E , 0, k states belonging to different n manifolds overlap. T ...
... break the parabolic symmetry for the Rydberg electron. This scattering event can change the direction of the wave packet and cause it to travel down field giving rise to the observed peaks in the ionization spectrum. At 1.0 kVycm and Ec , E , 0, k states belonging to different n manifolds overlap. T ...
Chapter #20 Nuclear Chemistry
... The strong nuclear force keeps the nucleus together by overcoming the repulsive force of the protons. Neutrons are present to help dissipate the repulsive forces between the protons As the atomic number (number of protons) increases, so does the number of neutrons to shield the repulsion of the prot ...
... The strong nuclear force keeps the nucleus together by overcoming the repulsive force of the protons. Neutrons are present to help dissipate the repulsive forces between the protons As the atomic number (number of protons) increases, so does the number of neutrons to shield the repulsion of the prot ...
6.2 - Hockerill Students
... `stability line' curves upwards. Heavier nuclei need more and more neutrons to be stable. Can we explain why? ...
... `stability line' curves upwards. Heavier nuclei need more and more neutrons to be stable. Can we explain why? ...
TDR XFEL workshop series Atomic, molecular and cluster physics
... Recently, the interest for experimental and theoretical investigations of interaction processes of x-ray radiation with atom has increased [1,2]. Similar investigations are very important for modern fundamental and applied physics. So, the explorations of non-linear processes of the x-ray photons in ...
... Recently, the interest for experimental and theoretical investigations of interaction processes of x-ray radiation with atom has increased [1,2]. Similar investigations are very important for modern fundamental and applied physics. So, the explorations of non-linear processes of the x-ray photons in ...
Introduction to the principles of Atomic Spectroscopy
... XRF instrument measures the photon energy from the fluorescence to identify the element and the intensity of the photon to measure the amount of element in the sample ...
... XRF instrument measures the photon energy from the fluorescence to identify the element and the intensity of the photon to measure the amount of element in the sample ...