%PDF-1.5
%
2 0 obj
<>stream
D. S. Kushwaha, Jyotsna Sinha
phase transition
transition peak
DSC scan
specific heat
transition energy
The phase transition has been described according to the current thermo-dynamical theories as a first order or second order, recorded on the Differential Scanning Calorimetry (DSC) traces as an anomalous change in the deferential power ∆P, different from the normal ∆P variation only due to the heat capacity of the material where height h of the peak as the distance between the heat capacity trace or baseline and the maximum ∆P during the course of the phase transition is exposed. In case of a pure second order phase transition, this height is the different, between the heat capacities before and after the transition. In case of pure first order phase transition, this height is different, between the heat capacities before and after the transition.
Differential Scanning Calorinetric Analysis of Phase Transition in LCD Materials
http://www.foxitsoftware.com/connectedPDF/1.0/
cPDF
ConnectedPDF Schema
cDocID
Text
external
The cDocID
cVersionID
Text
external
The cVersionID
cReviewID
Text
external
The cReviewID
https://cws.connectedpdf.com/cDocID/87B93A9926C127C84CACD7C9E709CE43~0A999308C01611E8AED38A676314261BDBFA21FB6E3443CC-55A36A17E96F56C2-A825FE689E7E30C906D48600
https://cws.connectedpdf.com/cVersionID/87B93A9926C127C84CACD7C9E709CE43~0A999309C01611E8AED38A676314261BDBFA21FB6E3443CC-F5D4ECFD2559FB61-67EBA0270C026EFE34878600
endstream
endobj
3 0 obj
<>/ExtGState<>/Font<>/ProcSet[/PDF/Text/ImageC/ImageI]/XObject<>>>/Rotate 0/Type/Page>>
endobj
4 0 obj
<>stream
x}]sqx2vûwev"|:vU+
$A
a%*@RVWGܣ_.?{zf$]M0ɚʪ_'s7|gysYU;ѳ+rr|w˗ϟz{{WxtwOH
Z[l8¾w AoV^7PWڗ/V*(/.7ɪf%
S84Y_<wYQիiLP 3>f#RPV,HS5Tm_ݹ{
,WdE5Y\mϊ7EǑXVE<."WܻKâ@4U4'Q'fM6DgEJ0f&Y]-g$J}fsW{v9;_KhG^Kв'kmy)?,o~=|E5|{