The Influence of Admixtures in n-Alkanes on Electron Traps
p.75
p.75
Motion of Molecules at Plateau Region: Case of Propylene Glycol
p.80
p.80
“In Situ” Observation of Crystallization in Propylene Carbonate, Salol and M-Toluidine
p.84
p.84
Encapsulation of Natural Flavors in Cyclodextrins: Free Volume Studies by PALS
p.88
p.88
Modification of the Crystallographic Structure of Olanzapine during Solvation by PALS and X-Ray Diffraction Methods
p.92
p.92
Molecular Packing of Carbohydrate Oligomer Encapsulants - A Free Volume Perspective
p.96
p.96
Annihilation Characteristics of Confined 2D Positronium
p.103
p.103
Hexadecane in SiO2 Aerogels
p.107
p.107
Phase Transition of Water Confined in Saponites Using Positron Annihilation Spectroscopy
p.111
p.111
Modification of the Crystallographic Structure of Olanzapine during Solvation by PALS and X-Ray Diffraction Methods
Abstract:
Two selected solvents were incorporated into the olanzapine structure. Molecules located inside the voids in the structure caused the changing of the o-Ps lifetime and intensity. After removing the n-butanol●H2O molecules, the materials returned to its initial structure. Creating the complex with the methanol●H2O leads to the change of the crystallographic structure of the olanzapine.
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Periodical:
Materials Science Forum (Volume 733)
Pages:
92-95
Citation:
Online since:
November 2012
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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