This book, written from an industrial vantage point, provides a detailed discussion of solid-state lasers, their characteristics, design and construction, and practical problems. The title Solid-State Laser Engineering has been chosen because the emphasis is placed on engineering and practical considerations of solid-state lasers. I have tried to enhance the description of the engineering aspects of laser construction and operation by including numerical and technical data, tables, and curves. }m/RZP~=  

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此書為英文版！ c{>uqPTY  
目錄 )-Ej5'iHr  
1.Introduction Aj9Ji"18za  
1.1 Optical Amplification 'JZJFE7Z  
1.2 Interaction of Radiation with Matter fa&-. *  
1.3 Absorption and Optical Gain ~1*A  
1.4 Creation of a Population Inversion B/J>9||g  
1.5 Laser Rate Equations KQld YA|m  
2.Properties of Solid-State Laser Materials FP#FB$eP  
2.1 Overview @ct+7v~  
2.2 Ruby !ph" mf$-  
2.3 Nd:Lasers <]Wlx`=/D  
2.4 Er:Lasers *9 Q^5;y  
2.5 Tunable Lasers j'HkBW:L  
2.6 Yb:YAG Kzb`$CGK  
3.Laser Oscillator Sf/q2/r?6[  
3.1 Operation at Threshold 1z*kc)=JF8  
3.2 Gain Saturation Bi~:>X\[^6  
3.3 Circulating Power PF`rWw  
3.4 Relaxation Oscillations v8/6wy?  
3.6 Examples of Regenerative Oscillators '4OcZ/oI