Final average spectra of adhesives.

Final average spectra of adhesives.

<p>Final average (n = 3) FTIR spectra of <b>i)</b> OS, <b>ii)</b> OU and <b>iii)</b> GB. Black spectra are at 300 s, following light cure for 20 s, without passive drying. Red spectra are at 600 s following passive drying for 300 s then light curing for 20 s...

Full description

Saved in:
Bibliographic Details
Main Author: Arwa Almusa (21526262) (author)
Other Authors: António H. S. Delgado (10947835) (author), Anne Margaret Young (3211173) (author)
Published: 2025
Subjects:
Biochemistry
Inorganic Chemistry
Plant Biology
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
initial acetone levels
g ‐ bond
attenuated total reflectance
whitney u using
monomer reaction rate
highly significant effects
passive drying (<
os ), optibond
generate model spectra
div >< p
tm </ sup
earlier light exposure
10 versus 300
n </
monomer peaks
light exposure
derived using
assess effects
versus 61
drying method
drying level
spectroscopy methods
significance level
polymerization rates
polymerization kinetics
maximum degree
longer leading
individual spectra
following 300
final conversions
dental adhesives
5 μl
5 %.
3 ).
1000 mw
10 %.
Tags: Add Tag
No Tags, Be the first to tag this record!
Description
Summary:<p>Final average (n = 3) FTIR spectra of <b>i)</b> OS, <b>ii)</b> OU and <b>iii)</b> GB. Black spectra are at 300 s, following light cure for 20 s, without passive drying. Red spectra are at 600 s following passive drying for 300 s then light curing for 20 s. Acetone peaks at 1360 cm<sup>-1</sup> are highlighted via a blue bar and monomer/ polymer peaks at 1150 cm<sup>-1</sup> are highlighted via a grey bar.</p>

Similar Items