The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because it succeeds in polymerizing monomer units also at low pressure (<1 Torr), that is, under conditions where conventional (chain-growth) polymerization would not lead to film deposition, because of thelow ceiling temperature at that low pressure. Furthermore, the advantage of PE-CVD with respect to the traditional CVD approach is its compatibility with thermo-sensitive substrates (e.g., polymers) due to the high reactivity at low thermal budget of the plasma. This chapter presents an overview of the production routes of the active species in low-pressure plasma, highlighting the role of selected plasma diagnostics for radical (and theirsurface r...
In recent years the deposition of plasma polymers has received increasing interest and plasma polyme...
Atmospheric pressure plasma polymerization (APPP) has been revealed as a real alternative to other l...
While plasma polymerization is used extensively to fabricate functionalized surfaces, the processes ...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
While plasma polymerization is used extensively to fabricate functionalized surfaces, the processes ...
While plasma polymerization is used extensively to fabricate functionalized surfaces, the processes ...
Plasma processes are highly versatile methods able to promote the formation of thin films from a vas...
Plasma polymerisation, both gas-phase and surface induced, is a grand issue in the chemistry of acti...
Plasma polymerisation, both gas-phase and surface induced, is a grand issue in the chemistry of acti...
Plasma polymerisation, both gas-phase and surface induced, is a grand issue in the chemistry of acti...
Plasma processes are highly versatile methods able to promote the formation of thin films from a vas...
Plasma processes are highly versatile methods able to promote the formation of thin films from a vas...
In recent years the deposition of plasma polymers has received increasing interest and plasma polyme...
In recent years the deposition of plasma polymers has received increasing interest and plasma polyme...
Atmospheric pressure plasma polymerization (APPP) has been revealed as a real alternative to other l...
While plasma polymerization is used extensively to fabricate functionalized surfaces, the processes ...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
The field of plasma enhanced-chemical vapour deposition (PE-CVD) of polymers is fascinating because ...
While plasma polymerization is used extensively to fabricate functionalized surfaces, the processes ...
While plasma polymerization is used extensively to fabricate functionalized surfaces, the processes ...
Plasma processes are highly versatile methods able to promote the formation of thin films from a vas...
Plasma polymerisation, both gas-phase and surface induced, is a grand issue in the chemistry of acti...
Plasma polymerisation, both gas-phase and surface induced, is a grand issue in the chemistry of acti...
Plasma polymerisation, both gas-phase and surface induced, is a grand issue in the chemistry of acti...
Plasma processes are highly versatile methods able to promote the formation of thin films from a vas...
Plasma processes are highly versatile methods able to promote the formation of thin films from a vas...
In recent years the deposition of plasma polymers has received increasing interest and plasma polyme...
In recent years the deposition of plasma polymers has received increasing interest and plasma polyme...
Atmospheric pressure plasma polymerization (APPP) has been revealed as a real alternative to other l...
While plasma polymerization is used extensively to fabricate functionalized surfaces, the processes ...