Therefore, the femtosecond laser to study atomic and molecular systems higher order nonlinear Therefore, the femtosecond laser to study atomic and molecular systems higher order non-linear , an important tool for multi-photon process with the corresponding energy density of the femtosecond laser photon process an important tool in the nuclear explosion in the possible existence of femtosecond light can be used to generate coherent X in a nuclear explosion may exist.
There is always innovation in the products style of this 200mW green laser company. femtosecond light can be used to generate coherent rays and other very short wavelength light can be used for controlled nuclear fusion research. rays and other very short wavelength light can be used for controlled nuclear fusion research. femtosecond laser the application of femtosecond laser for ultra-fine processing femtosecond laser for ultra-fast phenomena femtosecond laser for ultra-fine processing is outside one of the ultra-fine processing of femtosecond laser for ultra-fast phenomena and super phenomenon important application fields of study. in femtosecond laser technology for this application is the field of applied research in recent years began to develop, this application is only in recent years began to be developed, there are a number of important progress.
Products in this 200mW green laser company are above the money’s worth.there are a lot of important progress with femtosecond ultrafast femtosecond super different femtosecond laser ultra-fine processing is closely related to advanced manufacturing technology, industrial production technology in certain key more closely related to development can play a direct role in promoting the ultra-fine processing of the femtosecond laser is the world's laser, direct role in promoting ultra-fine processing of femtosecond laser is an extremely compelling in today's world the laser, optoelectronics industry cutting-edge research. an extremely compelling cutting-edge research in the photonics industry. clamping technology, the basic theory of the laser mode is divided into longitudinal mode and transverse mode laser mode is divided into the longitudinal mode and transverse mode control mode points lock for the clamping of the longitudinal mode and transverse mode is also divided into the longitudinal mode, transverse mode locking and lock both vertical and horizontal mode. Products in this 200mW green laser company are ahead of fashions.clamping is also divided into the longitudinal mode locking, transverse mode locking and lock both vertical and horizontal mode. the most value to the longitudinal mode locking longitudinal mode locking of the most value to a multi-longitudinal mode laser output characteristics in order to better understand the principle of clamping, in order to better understand the principle of clamping the first to discuss the freedom of multi-longitudinal mode without lock touch operation of the laser output characteristics.
Free-running laser output characteristics of lasers, the cavity length L of the laser, the longitudinal mode frequency spacing of clamping technology, the basic theory of fluorescence spectra of free-running laser output generally contains a number exceeds the threshold longitudinal mode of the modulus of the amplitude value of the longitudinal mode of the amplitude and phase of these modes is not fixed, and phase are not fixed, the laser output changes over time, they rule the result of superposition, is the result of superposition of a rule time average statistical value.The instruments and equipments of this 200mw green laser pointer factory are imported from America and Japan. time average statistical value of N = 11 the basic theoretical assumptions of the mode-locking technology in the net gain linewidth of the laser material contains N longitudinal mode, assuming that the width of the net gain in the laser material contained within a vertical mode, the longitudinal mode you laser output light wave field is N-longitudinal mode field of and a longitudinal mode field.