it is highly monochromatic
it does not spread. it is the property of laser beam
increasing its frequency
A laser is a device to produce an intense monochromatic beam of coherent light.
Aluminium
Compared to regular light, a laser beam: * Is monochromatic. All the photons have the same frequency, and thus the same energy. * All the photons have the same phase.
1.99 eV
A beam of white light is white. A laser is not; it's monochromatic (one specific frequency of light, therefore colored and not white).
In the rotating crystal method, a single crystal is mounted with an axis normal to a monochromatic x-ray beam.
The laser beam is a highly monochromatic source of light. It consists of only one wavelength and hence does not get dispersed by using a glass prism.
A laser is capable of burning things because of the way they work. A laser by definition generates an intense beam of monochromatic light. This monochromatic light is actually electromagnetic radiation which because of its intensity causes things to burn.
This solution iswhere source versatility is important. You can change condensers easily and have a wide selection of secondary focusing lenses to match any monochromator. The collimated beam path gives flexibility in where to locate the hardware. Accessories are available for pre filtering or spatial manipulation of the beam from the lamp housing. In the IR, where glass lenses do not transmit, an IR element is used with an reflector. best for applications