Flying second pulse simple real-time measuring instrument

Abstract

A simple real-time femtosecond pulse measure instrument, which uses ultrashort pulse spectrum phase interfere directive electric-field reconstruction method to measure, including: the half-wave board, the quartz crystal, the scattering beam installment, he scattering beam installment, the large-angle Fresnel biprism, the thick non-linear crystal, the diaphragm, the wavelength spectrometer, the CCD detector and the computer, the advantages of the invention are: the equipment of wiping off the femtosecond pulse grating width, the real-time measurement, the higher measuring precision and lower cost.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows us to convert between two types of lights - one called red or green (R) rays that travel through air without being affected by external factors like weather conditions such as rain or snow. Instead we create special materials made up entirely from these waves, allowing them to change their properties depending upon how much they affect each other's waveform. By changing this material overall, our system provides technical means to improve measurements accurately while reducing costs compared to traditional methods.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the accuracy and efficiency of measuring femtonecence waves emitted from nanosecond lasers or similar sources without requiring cumbersome equipment. Current techniques involve either destructively analyzing each wave separately beforehand, or relying upon specific algorithms based on certain assumptions about its properties. These approaches have limitations due to their complexity and expense.

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