幻灯片 1 - USTC, ICTS
... identification of various forms of robust solitary waves in nonlinear optics. ...
... identification of various forms of robust solitary waves in nonlinear optics. ...
A new method for measuring the diffusivity of liquid binary mixtures
... while the reconstruction is done by electronic processing. The basic system (figure 1) consists of a continuous wave HeNe laser to provide a cheap and rugged light source, a CCD camera, a n imaging lens, a monitor and a personal computer with an image processing hoard. The use of monomode fibres mak ...
... while the reconstruction is done by electronic processing. The basic system (figure 1) consists of a continuous wave HeNe laser to provide a cheap and rugged light source, a CCD camera, a n imaging lens, a monitor and a personal computer with an image processing hoard. The use of monomode fibres mak ...
Mirror Example • Consider a concave mirror radius r =
... Extremely good polishing characteristics 3 times price of Pyrex ...
... Extremely good polishing characteristics 3 times price of Pyrex ...
Calculations Table 1: Single Slit
... discrete behavior: it came in chunks of a definite size. Thus light was a wave and a particle, proved! The modern view of light is that it consists of “wave packets” which are called photons, a word coined by Einstein. For some phenomenon these packets behave like a single entity. In this case we ca ...
... discrete behavior: it came in chunks of a definite size. Thus light was a wave and a particle, proved! The modern view of light is that it consists of “wave packets” which are called photons, a word coined by Einstein. For some phenomenon these packets behave like a single entity. In this case we ca ...
Behavior Of Waves
... 5. Can reflect off the bottom and top surfaces of thin film, such as oil on water or bubbles, and produce a color pattern due to interference. 6. Can diffract through small slits or around lines to produce light and dark patterns or color patterns due to the interference of light waves. ...
... 5. Can reflect off the bottom and top surfaces of thin film, such as oil on water or bubbles, and produce a color pattern due to interference. 6. Can diffract through small slits or around lines to produce light and dark patterns or color patterns due to the interference of light waves. ...
Optical Cavity for the Strontium Lattice Atomic Clock
... As this project requires some background knowledge, this section will take the opportunity to explain the physics behind portions of the system. 2.1. Diode Lasers. Diode lasers are typically made from a semiconductor material. There is an active region in this semiconductor material that generates e ...
... As this project requires some background knowledge, this section will take the opportunity to explain the physics behind portions of the system. 2.1. Diode Lasers. Diode lasers are typically made from a semiconductor material. There is an active region in this semiconductor material that generates e ...
Chapter 2. The fundamental laws of Mechanics
... by heart. Whenever the observer and wave source move closer, plus sign will be taken in numerator and minus sign will be taken in denominator in the above formula. Therefore, the frequency becomes higher to the observer. On the other hand, when they move apart, the minus and plus signs should be tak ...
... by heart. Whenever the observer and wave source move closer, plus sign will be taken in numerator and minus sign will be taken in denominator in the above formula. Therefore, the frequency becomes higher to the observer. On the other hand, when they move apart, the minus and plus signs should be tak ...
Wavefront shaping of infrared light through a subwavelength hole
... 6 mm, which are consistent with the writing strip sources; the widths are approximately 1 mm, whereas the writing strip widths are 0.4 mm. This imaging width implies that the minimum resolution of this imaging system is approximately one wavelength. We also obtain the expected results experimentally ...
... 6 mm, which are consistent with the writing strip sources; the widths are approximately 1 mm, whereas the writing strip widths are 0.4 mm. This imaging width implies that the minimum resolution of this imaging system is approximately one wavelength. We also obtain the expected results experimentally ...
OSA journals template (MSWORD) - HAL
... compression with such high output energies obtained through self-phase modulation (higher pulse energies with similar durations can be obtained through optical parametric chirped pulse amplification [3], but with significant increase in experimental complexity). The beam quality after compression is ...
... compression with such high output energies obtained through self-phase modulation (higher pulse energies with similar durations can be obtained through optical parametric chirped pulse amplification [3], but with significant increase in experimental complexity). The beam quality after compression is ...
HonorsThesisProposal - Parallax Forums
... A pulsed laser distance meter is a distance measuring device that transmits a high powered pulse toward a target. A photo detector is then used to receive the return pulse. By measuring the time taken for the initial pulse to hit the target and return a pulse to the photo detector, it is possible to ...
... A pulsed laser distance meter is a distance measuring device that transmits a high powered pulse toward a target. A photo detector is then used to receive the return pulse. By measuring the time taken for the initial pulse to hit the target and return a pulse to the photo detector, it is possible to ...