[[abstract]]A novel self-assembly method of particles on the specific hydrophilic pattern regions to fabricate nano/micro patterns has been investigated in this study. The surface hydrophilicity modification is employed to tune the contact angle of droplet. Control of surface energy was investigated in this study for finely tuning the shape and layer number of particles assembly. The micro/nano patterns formed by commercial polystyrene (PS) and colloidal silica aqueous suspension (Bayer-50CK) particles on silicon substrates after O2 and H2 plasma treatments were demonstrated[[fileno]]2020218030017[[department]]動機
Periodic, well-defined, features in the nano-scale (dots, pillars, pores etc) are essential in sever...
Periodic, well-defined, features in the nano-scale (dots, pillars, pores etc) are essential in sever...
Molecules and nanomaterials can be assembled on surfaces in order to build complex structures and de...
We present a novel fabrication method for creating an array of 'cups' on the micro- and nano scale b...
This study demonstrates the application of dip coating to self-assembly of fine particles on a subst...
This work described the generation of hierarchically-structured particles by two methods. Electrospr...
Self-assembly processes at mesoscopic length scales (approx. 10 nm–100 μm) are both of fundamental i...
Self-assembly processes at mesoscopic length scales (approx. 10 nm–100 μm) are both of fundamental i...
This work described the generation of hierarchically-structured particles by two methods. Electrospr...
Self-assembly processes at mesoscopic length scales (approx. 10 nm–100 μm) are both of fundamental i...
In this thesis, patterning methods to fabricate various functional particle patterns on substrates w...
This paper proposes a technique to assemble fine particles combining the continuous-convective-metho...
Biologically relevant nanopatterns are useful platforms to address fundamental questions, for exampl...
Biologically relevant nanopatterns are useful platforms to address fundamental questions, for exampl...
In this study, a combination of plasma and photolithographic processes for production of micro-struc...
Periodic, well-defined, features in the nano-scale (dots, pillars, pores etc) are essential in sever...
Periodic, well-defined, features in the nano-scale (dots, pillars, pores etc) are essential in sever...
Molecules and nanomaterials can be assembled on surfaces in order to build complex structures and de...
We present a novel fabrication method for creating an array of 'cups' on the micro- and nano scale b...
This study demonstrates the application of dip coating to self-assembly of fine particles on a subst...
This work described the generation of hierarchically-structured particles by two methods. Electrospr...
Self-assembly processes at mesoscopic length scales (approx. 10 nm–100 μm) are both of fundamental i...
Self-assembly processes at mesoscopic length scales (approx. 10 nm–100 μm) are both of fundamental i...
This work described the generation of hierarchically-structured particles by two methods. Electrospr...
Self-assembly processes at mesoscopic length scales (approx. 10 nm–100 μm) are both of fundamental i...
In this thesis, patterning methods to fabricate various functional particle patterns on substrates w...
This paper proposes a technique to assemble fine particles combining the continuous-convective-metho...
Biologically relevant nanopatterns are useful platforms to address fundamental questions, for exampl...
Biologically relevant nanopatterns are useful platforms to address fundamental questions, for exampl...
In this study, a combination of plasma and photolithographic processes for production of micro-struc...
Periodic, well-defined, features in the nano-scale (dots, pillars, pores etc) are essential in sever...
Periodic, well-defined, features in the nano-scale (dots, pillars, pores etc) are essential in sever...
Molecules and nanomaterials can be assembled on surfaces in order to build complex structures and de...