Proceedings of LFNM'...: International Workshop on Laser and Fiber-optical Networks Modeling, Volume 6Institution of Electrical and Electronics Engineers, 2004 - Fiber optics |
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Page 29
... constant . Therefore , time constants of reactions applicable to the selected value of E / P were taken . On the basis of ( 1 ) the following system of kinetic equations was formed dNo dt = - [ koi + Ko2 + koa ] · N · N ̧ 02 0 0-7803 ...
... constant . Therefore , time constants of reactions applicable to the selected value of E / P were taken . On the basis of ( 1 ) the following system of kinetic equations was formed dNo dt = - [ koi + Ko2 + koa ] · N · N ̧ 02 0 0-7803 ...
Page 43
... constants . The case Alfa = 1 / sin r gives what we call the balanced modulation - with a constant amplitude of pulses formed and constant depth of the modulation ( both defined by Alfa or sin r ) . ( sin ( r ) ) 2 = 0.72609 ; T1 = 27 ...
... constants . The case Alfa = 1 / sin r gives what we call the balanced modulation - with a constant amplitude of pulses formed and constant depth of the modulation ( both defined by Alfa or sin r ) . ( sin ( r ) ) 2 = 0.72609 ; T1 = 27 ...
Page 138
... constant across n monolayers ; T , - the electrochemiluminophore singlet state lifetime . Interlayer energy transfer rate constant can be estimated from equation ( 5 ) using simpli- fied multilayer model in figure 1. In this equation we ...
... constant across n monolayers ; T , - the electrochemiluminophore singlet state lifetime . Interlayer energy transfer rate constant can be estimated from equation ( 5 ) using simpli- fied multilayer model in figure 1. In this equation we ...
Contents
L Lasers and Resonators | 1 |
Compact electricdischarge excimer lasers invited | 14 |
Simplified model for XECLlasers | 29 |
Copyright | |
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