Tunable, high-power, solid-state sources for the blue and
... The configuration of the cw SRO (Fig. 1) is similar to that described in Ref. [9]. The cavity is formed in a ring, comprising two concave reflectors, M1 and M2 (r=50 mm), and two plane mirrors, M3 and M4. Limited by physical constraints, the angle of incidence on M1 and M2 is kept <7.5o to minimize ...
... The configuration of the cw SRO (Fig. 1) is similar to that described in Ref. [9]. The cavity is formed in a ring, comprising two concave reflectors, M1 and M2 (r=50 mm), and two plane mirrors, M3 and M4. Limited by physical constraints, the angle of incidence on M1 and M2 is kept <7.5o to minimize ...
SURFACE ELECTROMAGNETIC WAVES IN FINITE
... The terahertz (THz) regime is that promising slice of the electromagnetic (EM) spectrum that lies between the microwave and the optical, corresponding to frequencies of about 1012 . . . 1013 hertz. Feature of THz spectrum range is that its inherent wavelength is too long to be used in a well-develop ...
... The terahertz (THz) regime is that promising slice of the electromagnetic (EM) spectrum that lies between the microwave and the optical, corresponding to frequencies of about 1012 . . . 1013 hertz. Feature of THz spectrum range is that its inherent wavelength is too long to be used in a well-develop ...
BMS 631 - Lecture 4
... – Direction change of a ray of light passing from one transparent medium to another with different optical density. A ray from less to more dense medium is bent perpendicular to the surface, with greater deviation for shorter wavelengths ...
... – Direction change of a ray of light passing from one transparent medium to another with different optical density. A ray from less to more dense medium is bent perpendicular to the surface, with greater deviation for shorter wavelengths ...
HeNe The Helium-Neon Laser - University of Toronto Physics
... A laser is an optical oscillator and thus consists of an amplifier with positive feedback. The amplification in a He-Ne laser arises in the glow discharge while feedback of the optical radiation is provided by two highly reflecting, well aligned mirrors. The conditions necessary for amplification ar ...
... A laser is an optical oscillator and thus consists of an amplifier with positive feedback. The amplification in a He-Ne laser arises in the glow discharge while feedback of the optical radiation is provided by two highly reflecting, well aligned mirrors. The conditions necessary for amplification ar ...
Microsoft Word Format - University of Toronto Physics
... A laser is an optical oscillator and thus consists of an amplifier with positive feedback. The amplification in a He-Ne laser arises in the glow discharge while feedback of the optical radiation is provided by two highly reflecting, well aligned mirrors. The conditions necessary for amplification ar ...
... A laser is an optical oscillator and thus consists of an amplifier with positive feedback. The amplification in a He-Ne laser arises in the glow discharge while feedback of the optical radiation is provided by two highly reflecting, well aligned mirrors. The conditions necessary for amplification ar ...
Optics of Gaussian Beams
... with Brewster windows the preferred polarization orientation imposes a directional constraint that forms modes of Cartesian (HG) rather than radial (LG) symmetry. The simplest way to observe the HG modes in the laboratory is to place a thin wire inside the laser cavity. The laser will then choose to ...
... with Brewster windows the preferred polarization orientation imposes a directional constraint that forms modes of Cartesian (HG) rather than radial (LG) symmetry. The simplest way to observe the HG modes in the laboratory is to place a thin wire inside the laser cavity. The laser will then choose to ...
FarahWaheedaAhmadWahiddinMFKE2007TTTCHAP1
... interferences occurring in the MMI area with a large number of multi-modes. Because of its unique properties, such as low insertion loss, large optical bandwidths, compactness, polarization insensitivity, low crosstalk, and excellent fabrication tolerances, the MMI device has many potential applicat ...
... interferences occurring in the MMI area with a large number of multi-modes. Because of its unique properties, such as low insertion loss, large optical bandwidths, compactness, polarization insensitivity, low crosstalk, and excellent fabrication tolerances, the MMI device has many potential applicat ...
Document
... To investigate the ATIR spectra of the surface polaritonsc1s21641we used Hitachi-225 and IKS-16 spectrophotometers with NPVO-1 (ATIR) attachments. The preliminary results were published incg1. Splitting of the surface-polariton line in the ATIR spectrum was observed for the sapphire and rutile cryst ...
... To investigate the ATIR spectra of the surface polaritonsc1s21641we used Hitachi-225 and IKS-16 spectrophotometers with NPVO-1 (ATIR) attachments. The preliminary results were published incg1. Splitting of the surface-polariton line in the ATIR spectrum was observed for the sapphire and rutile cryst ...
this PDF file
... proposed laser power back off based on real-time laser intensity variation monitoring and electronic circuit feedback, so as to correct the variation of interference signal resulted from grating process error or environmental fluctuation. The system stability could be improved effectively. In the en ...
... proposed laser power back off based on real-time laser intensity variation monitoring and electronic circuit feedback, so as to correct the variation of interference signal resulted from grating process error or environmental fluctuation. The system stability could be improved effectively. In the en ...
Study of energy transfer by electron cyclotron resonance in tokamak
... electron passes through a layer of resonance at a fixed frequency which depends on the magnetic field. This technique is the principle of additional heating (ECRH) and the generation of non-inductive current drive (ECCD) in modern fusion devices. The power absorbed depends on the optical depth which ...
... electron passes through a layer of resonance at a fixed frequency which depends on the magnetic field. This technique is the principle of additional heating (ECRH) and the generation of non-inductive current drive (ECCD) in modern fusion devices. The power absorbed depends on the optical depth which ...
Absorption-induced trapping in an anisotropic
... of atom-photon interactions, the trap location consists of either the locus of points associated with stable orbits or the locations in which force balance occurs. From this classical picture, it is easy to incorporate the effects of laser beam intensity imbalances in determining where a trap will f ...
... of atom-photon interactions, the trap location consists of either the locus of points associated with stable orbits or the locations in which force balance occurs. From this classical picture, it is easy to incorporate the effects of laser beam intensity imbalances in determining where a trap will f ...
Chapter_7_Electronic_Structure_of_Atoms
... This is such a small number as to be of no consequence, that is, there is practically no uncertainty in determining the position of the baseball in the macroscopic world. ...
... This is such a small number as to be of no consequence, that is, there is practically no uncertainty in determining the position of the baseball in the macroscopic world. ...
