Loading ...
the the grinding processinfluencesparticle size distribution and the resulting flow
a dilute solution consisting of octanoi and acetonitrile the reagent concentrationinfluencedthe particle size , size distribution , morphology , and state of agglomeration
Both the pressure of the dispensing means and the orifice valve geometrywill influencethe aerosol spray pattern and particle size distribution
the geometry and design ( 20 ) of the reactor and burnerinfluencesthe particle size , particle size distribution and shape of the nanoparticles
the geometry and design ( 50 ) of the reactor and burnerinfluencesthe particle size , particle size distribution and shape of the nanoparticles
orderto setparticle sizes and particle size distributions in a controlled manner
The flow rateinfluencesthe particle size distribution in the aerosol and the deposition pattern in the respiratory tract
the behavior during handling and processing , like flowability , transport and storageinfluencethe behavior during handling and processing , like flowability , transport and storage
therefromresultingtherefrom
in order to reach optimum product performanceto be designedin order to reach optimum product performance
in very good agreement between the measured ( 420 kHz BioSonics ) and modelled values , except for cases with very low zooplankton abundance or with occurrence of stronger scatterers ( e.g. macrozooplankton , fishresulted mostlyin very good agreement between the measured ( 420 kHz BioSonics ) and modelled values , except for cases with very low zooplankton abundance or with occurrence of stronger scatterers ( e.g. macrozooplankton , fish
to a number of properties of the product including impact resistance , gloss and translucencycontributeto a number of properties of the product including impact resistance , gloss and translucency
rate and degree of meltingcan influencerate and degree of melting
several characteristics of the final productmay influenceseveral characteristics of the final product
in 285 ± 15 nmresultingin 285 ± 15 nm
to the mechanical strength as well as thermal and electrical properties of the final materialsignificantly contributeto the mechanical strength as well as thermal and electrical properties of the final material