Research Project
Grant-in-Aid for Young Scientists (B)
We studied the development of circuit drawing and 3D structure utilizing electrostatic inkjet phenomena. The electrostatic inkjet phenomena had a good merit that the liquid of high viscosity was printed precisely. By using the phenomena, we printed circuit without sintered. We applied for the bio-field. 3D cell structures were fa-bricated by printing living cells and gelatin.
All 2010 2009 2008 Other
All Journal Article (18 results) (of which Peer Reviewed: 5 results) Presentation (39 results) Remarks (1 results) Patent(Industrial Property Rights) (4 results)
Proc. Digital Fabrication (ac-cepted)
Proc. of 12nd anniversary int'1 conference EUSPEN (accepted)
Physical (accepted)
Proc. of Digital Fabrication
Pages: 407-410
Proc. of 11th an-niversary int' 1 conference EUSPEN 2009
Pages: 297-300
Proc. MIPE 2009
Pages: 245-246
Proc. of MEMS 2009
Pages: 419-422
Proc. of Digital Fabrication 2009
Proc. of 11th anniversary int'l conference EUSPEN 2009
J. Electrostatics
Pages: 445-454
Proc. of Digital Fabrication 2008
Pages: 287-290
Proc. of 10th anniversary int' 1 conference EUSPEN 2008
Pages: 443-447
The 8th Int' 1 Joint Workshop on Micro Fabrication
Pages: 1-4
J. Electrostatics 66
Sensors and Actuators A : Physical (Accepted)
Proc. of 12nd anniversary int'l conference EUSPEN 2010 (Accepted)
