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Mayrhofer, P.
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Mayrhofer, P.
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Mayrhofer, P.
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1
Shake tube perfusion cell cultures are suitable tools for the prediction of limiting substrate, CSPR, bleeding strategy, growth and productivity behavior
by
Castan, A.
,
Kunert, R.
,
Mayrhofer
,
P
.
Published 2021
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Article
2
Evaluation of Wear Measurement with Radioactive Isotopes for DLC Coatings Affected by Abrasive Particles
by
Badisch, E.
,
Ditrói, F.
,
Jech, M.
,
Kübler, A.
,
Mayrhofer
,
P
.H
,
Zellhofer, M.
Published 2022
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Article
3
Kinetics of Ga droplet decay on thin carbon films
by
Kodambaka, S
,
Ngo, C
,
Palisaitis, Justinas
,
Mayrhofer
,
P
H.
,
Hultman, Lars
,
Persson, Per O A
Published 2013
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Related Subjects
Abrasive particles impact
Article
Bioconversion
Bioreactors
Cell culture
Cells
Continuous bioprocessing
Diamond-like carbon (DLC)
Experimental conditions
Irradiation influence
Large scale experiments
Metabolite analysis
Metabolites
Perfusion bioreactor
Perfusion cell cultures
Production behaviors
Productivity
Radio-isotope concentration (RIC) method
Semicontinuous operation
Wear progression monitoring
analytical parameters
animal cell
bioprocess
bioprocess intensification
cell culture
cell growth
cell specific perfusion rate
centrifugation
continuous bioprocessing
continuous process
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