[1] International Defence Review,1975,5,A New Generation Laser Rangef finder.
[2] International Defence Review,1978,1,P.92.
[3] International Defence Review,1979,7,"Miniature Laser Rangefinder.
[4] SPIEV,103 Systems Integration& Optical Design 1977,11,Laser.
[5] Electro-Optic System Integration and its Application to Rangeffinders and Designators.
[6] Hughes公司样本.
[7] SPIE Ultra Power Lasers,1976,V,76 "Present and Future Rangef-finder Technology".
[8] Countermeasures,"Tank Fire Control",1976, 10,P.45.
[9] Laser Focus,1979, 2,"British will Precede U.S in deploying ground-based Laser Ranger-designators".
[10] Laser and their Applications by M.J.Heesley,1976,P.161.
[11] AW & ST,1979, 2, 19, P.77.
[12] Military Review,1978, 5,"LRI F.aser Detection",Laser Focus,1978, 12,P.4.
[13] Journal of the Optical Society of America,1979, 2,"Broad Band Tuning of Solid Alezandrite Lasers".
[14] Laser Focus,1979, 1,"100nm Tuning of a new Laser Crystal is Demonstrated by Allied Chemical.
[15] AD-A024,442,"Pulsed Laser Ranging Techniques at 1.06 and 10.6μm".
[16] International Defence.Review,1976,1,"Tank Fire and Gun Control Systems".
[17] Applied Optical,1978, 3, 15, "Pulsed CO2 TEA Laser Rangefinder".
[18] AD-A054622,"Laser Rangefinder/Tank Sight Integration Study".
[19] Def encematerial,"British Army Equipment Exhibition’78" 1978, 7~8, P.119.
[20] Laser Focus,1978, 8,"Honesvell to Use Ferranti Technology to Ptoduce YAG Rangefinders in U.S.".
[21] International Defence Review,"the U.S Army's Armoured Combat Vehicle Technology program",1979,1,P.17,