.... Mater. Process. Technol. , 211 , pp. 1643 – 1649 . 10.1016/j.jmatprotec.2011.05.004 26 03 2011 17 11 2011 15 12 2011 15 12 2011 deformation friction microfabrication microfluidics sheet materials surface finishing surface texture wear surface texturing...

... including a range of medical and biotechnology applications ( 1 2 ). There are significant technological advances in the area of microfabrication ( 3 4 ) and one of the key technologies identified is microinjection molding ( μ -IM ) . This replication technique is a reliable and cost...

... of microparts, micropatterns, and microholes with high accuracy and low surface roughness. Pulse electrochemical machining by bipolar current is a novel microfabrication method described in detail by Zaytsev et al. ( 1 ). This method has many advantages over the traditional ECM method when it comes...

...Ji Li; Huang Gao; Gary J. Cheng The microscale laser dynamic forming (LDF) process is a high strain rate microfabrication technique, which uses a pulse laser to generate high pressure by vaporizing and ionizing an ablative coating, and thus produces complex 3D microstructures in thin foils. One...

... as ideal building units for tissue reconstruction ( 6 ). drops drug delivery systems emulsions jets materials properties microfabrication nozzles numerical analysis organic compounds two-phase flow water 19 01 2009 21 06 2010 10 09 2010 10 09 2010...

.... , Park , S. H. , and Kim , R. H. , 2006 , “ Recent Developments in the Use of Two-Photon Polymerization in Precise 2D and 3D Microfabrication ,” Polym. Adv. Technol. 1042-7147 , 17 , pp. 72 – 82 . 10.1002/pat.664 Serbin , J. , Chichkov , B. N. , and Houbertz , R...

...Huang Gao; Chang Ye; Gary J. Cheng Microscale laser dynamic forming ( μ LDF ) is a novel microfabrication technique to introduce complex 3D profiles in thin films. This process utilizes pulse laser to generate plasma to induce shockwave pressure into the thin film, which is placed above...

... laser pulses result in smoother surfaces. Results on microfabricated nickel samples using laser pulse durations of 300 ns and 650 ns test this hypothesis. Polishing with 300 ns and 650 ns pulse durations results in an average surface roughness of 66 nm and 47 nm, respectively; reductions of 30% and 50...

...Tyler L. Perry; Dirk Werschmoeller; Neil A. Duffie; Xiaochun Li; Frank E. Pfefferkorn The precision of parts created by microfabrication processes is limited by surface roughness. Therefore, as a means of improving surface roughness, pulsed laser micropolishing on nickel was examined numerically...

... working embossing surface roughness optoelectronic devices microlens excimer laser microfabrication LIGA-like process Microlenses and microlens arrays are very important components in today’s micro-optical and optoelectronic devices and systems. Based on the structures, they can...