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Chapter IV Thermal Studies of ….. log 10 [{1 - (1- ) 1 - n } / { T 2 .(1- n)}] log 10 [{1 - (1- ) 1 - n } / { T 2 .(1- n)}] log 10 [{1 - (1- ) 1 - n } / { T 2 .(1- n)}] 5.8 5.7 5.6 5.5 5.4 5.3 5.2 5.1 5.7 5.6 5.5 5.4 5.3 5.2 5.1 5.0 KDP + 0.3 L-threonine 0.0020 0.0021 0.0022 1/T (K -1 ) 5.8 KDP + 0.4 L-threonine 5.8 5.7 5.6 5.5 5.4 5.3 0.0020 0.0021 1/T (K 0.0022 -1 ) KDP + 0.5 L-threonine 5.2 0.0020 0.0021 1/T (K 0.0022 Figure:4.10 The plots for C-R relation for different amount of L-threonine doped KDP -1 ) crystals. 175
Chapter IV Thermal Studies of ….. log 10 [{1 - (1- ) 1 - n } / { T 2 .(1- n)}] log 10 [{1 - (1- ) 1 - n } / { T 2 .(1- n)}] log 10 [{1 - (1- ) 1 - n } / { T 2 .(1- n)}] 6.4 KDP + 0.3 L-mitheonine 6.2 6.0 5.8 5.6 5.4 0.00204 0.00210 0.00216 1/T (K -1 ) 6.2 KDP + 0.4 L-mitheonine 6.0 5.8 5.6 5.4 0.00196 0.00203 0.00210 6.0 5.8 5.6 5.4 1/T (K -1 ) KDP + 0.5 L-mitheonine 5.2 0.00192 0.00198 0.00204 0.00210 1/T (K -1 ) Figure: 4.11 The plots for C-R relation for different amount of DL-methionine doped KDP crystals. Table (4.2) compiles the values of activation energy, frequency factor and order of reaction. The values of activation energy and frequency factor decrease as the amount of amino acid doping increases. The activation energy is considered as a barrier to be surmounted for reactant to combine to 176
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Saurashtra University Re - Accredit
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Statements Under O. Ph.D.7 of Saura
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ACKNOWLEDGEMENT The author expresse
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in-law, Mother- in -law and all oth
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of NLO materials in rapidly develop
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doped samples in comparison to the
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micro-hardness decreases. Also, as
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Papers Published in National and In
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Seminar on Recent Advances in Conde
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Chapter I Brief Introduction... Cha
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Chapter I Brief Introduction... lig
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Chapter I Brief Introduction... In
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Chapter I Brief Introduction... fir
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Chapter I Brief Introduction... Fig
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Chapter I Brief Introduction... def
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Chapter I Brief Introduction... The
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Chapter I Brief Introduction... Org
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Chapter I Brief Introduction... Jag
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Chapter I Brief Introduction... Tab
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Chapter I Brief Introduction... Mor
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Chapter I Brief Introduction... 1.1
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Chapter I Brief Introduction... 10.
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Chapter I Brief Introduction... (20
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Chapter II Solution Growth…. Tabl
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Chapter II Solution Growth…. Alto
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Chapter II Solution Growth…. evap
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Chapter II Solution Growth…. vapo
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Chapter II Solution Growth…. Neve
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Chapter II Solution Growth…. F =
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Chapter II Solution Growth…. indi
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Chapter II Solution Growth…. and
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Chapter II Solution Growth…. flux
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Chapter II Solution Growth…. Δ C
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Chapter II Solution Growth…. 2.6
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Chapter II Solution Growth…. meth
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Chapter II Solution Growth…. and
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Chapter II Solution Growth…. By a
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Chapter II Solution Growth…. supe
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Chapter II Solution Growth…. larg
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Chapter II Solution Growth…. In s
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Chapter II Solution Growth…. diam
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Chapter II Solution Growth…. syst
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Chapter II Solution Growth…. diss
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Chapter II Solution Growth…. crys
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Chapter II Solution Growth…. peri
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Chapter II Solution Growth…. From
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Chapter II Solution Growth…. Conc
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Chapter II Solution Growth…. 11.
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Chapter VI UV-Vis Spectroscopic….
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Chapter VII Reactivity at Dislocati
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Chapter VIII Micro-hardness studies
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Load (N) Chapter VIII Micro-hardnes
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Chapter IX General Conclusion estab
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Chapter IX General Conclusion case
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Chapter IX General Conclusion Sugge
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