Personal Information
Entreprise/Lieu de travail
Dublin, other – Republic of Ireland Ireland
Secteur d’activité
CleanTech / Environment
Site Web
www.sherkintechnologies.com
À propos
Sherkin Technologies Ltd. is a leading supplier of advanced equipment and software used by scientists and engineers in the research, development and manufacture of innovative materials, new surface treatments and finishes, and next generation products.
By engaging with our customers and listening carefully to their needs we provide technologies and solutions which can enable the next generation of advanced materials and products.
We work with partners who provide the leading technology in their field, and we back this up with top class customer service and support to ensure efficient deployment and a timely return on investment.
Mots-clés
simulation
dc hollow discharge plasma
inductively coupled plasma
gas pressure
simulation compared with experiment
electron temperature
electronics
hydrogen plasma
ions
flow velocity
flux
electric potential
atoms
computational model
planar
co-axial cylinder
unbalanced
sputtered particles
magnetron sputtering
Tout plus
Présentations
(3)Personal Information
Entreprise/Lieu de travail
Dublin, other – Republic of Ireland Ireland
Secteur d’activité
CleanTech / Environment
Site Web
www.sherkintechnologies.com
À propos
Sherkin Technologies Ltd. is a leading supplier of advanced equipment and software used by scientists and engineers in the research, development and manufacture of innovative materials, new surface treatments and finishes, and next generation products.
By engaging with our customers and listening carefully to their needs we provide technologies and solutions which can enable the next generation of advanced materials and products.
We work with partners who provide the leading technology in their field, and we back this up with top class customer service and support to ensure efficient deployment and a timely return on investment.
Mots-clés
simulation
dc hollow discharge plasma
inductively coupled plasma
gas pressure
simulation compared with experiment
electron temperature
electronics
hydrogen plasma
ions
flow velocity
flux
electric potential
atoms
computational model
planar
co-axial cylinder
unbalanced
sputtered particles
magnetron sputtering
Tout plus