The performance of green laser pointer is in the best status

green laser pointer  is strictly in accordance with the customized requirements.
The laser weapon is a directional emission of the laser beam directly damage the target, or the failure of directed energy weapons. Depending on the operational use, the laser weapons can be divided into two major categories of tactical laser weapons and strategic laser weapons. Weapon system by the laser and tracking, targeting, launchers and other components, the commonly used laser chemical lasers, solid-state lasers, CO2 lasers. The laser weapon attack speed, steering and flexible, and can achieve a precision strike, and immunity to electromagnetic interference, etc., but there are also vulnerable to weather and environmental impact of weaknesses.
Proposed by the French Ecole Normale Cohen - Da Nuoji (Claud Cohen-Tannodji) by Zhu mode text, they use this technology were given a very low temperature below the photon recoil limit. Since then, it has also developed a combination of magnetic field and laser-cooling technology, including polarization gradient cooling, magnetic induction cooling. Zhu text mode, Cohen - Da Nuoji and the Phillips three thus obtained the Nobel Prize in Physics in 1997. Laser cooling in many applications, such as: atom optics, atom etching, atomic clocks, optical lattice, the optical tweezers, Bose - Einstein condensation, atom laser, high-resolution spectra as well as the interaction of light and matter of basic research such as and so on.  green laser pointer  can reach as high power as 2000mW. Laser spectroscopy (a laser spectra) laser spectroscopy of the light source. Compared with ordinary light, laser light with good monochromaticity, high brightness, strong direction and strong coherence is used to study light and matter interactions, in order to identify the substances in their system, structure, composition, The ideal light source of the state of its changes. The emergence of the laser so that the original spectroscopic techniques have been greatly improved in sensitivity and resolution. Has been able to obtain high intensity, very narrow laser pulse width, the observation of the relaxation process in multi-photon process, nonlinear photochemical processes and molecular excitation become possible, and were developed into the new spectrum technologies. Laser spectroscopy has become a closely related field of study such as physics, chemistry, biology and materials science. The performance of  green laser pointer  is in the best status.
The laser sensor (a laser transducer) the use of laser technology to measure the sensor. It consists of laser, laser detector and measuring circuit. The laser sensor is a new measuring instrument, and its advantage is to achieve non-contact distance measurement speed, high accuracy, large measuring range, resistance to light, electrical interference ability. The lidar (laser in radar) radar laser as radiation source. The laser radar is a product of the combination of laser technology and radar technology. By the transmitter, antenna, receiver, tracking frame, and information processing components. The transmitter is the various forms of lasers, such as carbon dioxide lasers, neodymium-doped yttrium aluminum garnet lasers, semiconductor lasers and wavelength tunable solid-state lasers.