Add to ORKGUsing a nanoprobe system, we have studied the wetting and the contact properties of Ga with Au, TiN on Al, SiO2 and carbon nanotubes in micro and nano meter scale. Some new phenomena have been observed. ? 2005 Trans Tech Publications, Switzerland.EI
his work investigates the feasibility of engineering surface wettability by using different nanopart...
The effects of water on the wear resistance of 3 µm thick sputtered gold films on silicon substrate ...
In semiconductor manufacturing, potential wetting issues with aqueous chemistries are becoming a con...
Using a nanoprobe system, we have studied the wetting and the contact properties of Ga with Au, TiN ...
We present the results of preliminary experiments regarding research on the contact angle measuremen...
Surface tension (γ(L)) and contact angle (θ) of gallium related to wettability on Teflon and other s...
This study examines the effect of environmental and experimental conditions, such as temperature and...
Surface tension (γ(L)) and contact angle (θ) of gallium related to wettability on Teflon and other s...
The wetting of solids by liquid is gaining a lot of importance as it is connected to physical chemis...
We have studied the interaction of a variety of adsorbates, ranging from inert gases to polar molecu...
We have studied the interaction of a variety of adsorbates, ranging from inert gases to polar molecu...
We have studied the interaction of a variety of adsorbates, ranging from inert gases to polar molecu...
The wetting of a material can be tuned by changing the roughness on its surface. Recent advances in ...
Carbon Nanotubes are particles with graphit-like shells and diameters in the nanorange. Since they a...
Molecular dynamics (MD) simulation has been employed to study the wetting transitions of liquid gall...
his work investigates the feasibility of engineering surface wettability by using different nanopart...
The effects of water on the wear resistance of 3 µm thick sputtered gold films on silicon substrate ...
In semiconductor manufacturing, potential wetting issues with aqueous chemistries are becoming a con...
Using a nanoprobe system, we have studied the wetting and the contact properties of Ga with Au, TiN ...
We present the results of preliminary experiments regarding research on the contact angle measuremen...
Surface tension (γ(L)) and contact angle (θ) of gallium related to wettability on Teflon and other s...
This study examines the effect of environmental and experimental conditions, such as temperature and...
Surface tension (γ(L)) and contact angle (θ) of gallium related to wettability on Teflon and other s...
The wetting of solids by liquid is gaining a lot of importance as it is connected to physical chemis...
We have studied the interaction of a variety of adsorbates, ranging from inert gases to polar molecu...
We have studied the interaction of a variety of adsorbates, ranging from inert gases to polar molecu...
We have studied the interaction of a variety of adsorbates, ranging from inert gases to polar molecu...
The wetting of a material can be tuned by changing the roughness on its surface. Recent advances in ...
Carbon Nanotubes are particles with graphit-like shells and diameters in the nanorange. Since they a...
Molecular dynamics (MD) simulation has been employed to study the wetting transitions of liquid gall...
his work investigates the feasibility of engineering surface wettability by using different nanopart...
The effects of water on the wear resistance of 3 µm thick sputtered gold films on silicon substrate ...
In semiconductor manufacturing, potential wetting issues with aqueous chemistries are becoming a con...