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CHEM01200604009 Sreejith Kaniyankandy - Homi Bhabha ...

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1.13 Reactant and Product Potential Energy Surfaces for weak<br />

31<br />

interaction. A= Reactant, B=Product, q A0 =Reactant<br />

Equilibrium Position, q B0 =Product Equilibrium Position<br />

1.14 Schematic of ln(k et ) vs<br />

G 0 .with different regions.<br />

32<br />

Region I, Region II and Region III are called Normal<br />

region, barrierless region and inverted region respectively<br />

1.15 Schematic of ET from a reactant state to a continuum of<br />

36<br />

product states.<br />

1.16 Nucleation and growth stages for preparation of<br />

40<br />

monodisperse nanoparticles in La Mer Growth model.<br />

2.1 Schematic of a typical XRD instrument 54<br />

2.2 Schematic of a TEM instrument 58<br />

2.3 Schematic of working principle of TCSPC technique 64<br />

2.4 Schematic of a pump-probe set up 68<br />

2.5 Schematic of a pump-probe set up used in the present<br />

69<br />

thesis<br />

2.6 Optical layout of Ti-S Oscillator used in the present<br />

71<br />

studies<br />

2.7 Schematic of Offner Stretcher 73<br />

2.8 Optical layout of JADE laser used for amplification 74<br />

2.9 Optical layout of 2-Stage Amplifier 76<br />

2.10 Schematic of a typical compressor 77<br />

2.11 Schematic of a WLG in set up used for present studies 79<br />

xxii

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