Development and testing of integrated laser protection and warming system;

Laser protection thin film for satellite-borne remote sensing instrument;

Study on a kind of novel visual laser protection system;

Objective To test and evaluate measurement uncertainty and relational performance parameters of the verification device for laser protective spectacles.

Objective Based on the principles of laser radiation protection, medical metrology and photoelectron technology, an automatic verification device and testing technology to provide verification and performance evaluation for laser protective spectacles and equipments which have the various functions in laser protection have been developed and established.