ALBERT

Keywords: T1-995 ; n/a ; flexible electronic device ; microfluidic channels ; stretchable electronic substrate ; glyoxylic acid Cu complex ; flexible device ; implant ; laser direct writing ; surface mounting ; surface plasmon resonance ; skeletal muscle ; medical device ; functional surface ; liquid metal ; engineered muscle ; myoblast ; adipose tissue ; kirigami structure ; biocompatible ; mechanical metamaterials ; connector ; micro-PIV ; contact resistance ; adipocyte ; magneto-impedance sensor ; acoustofluidics ; three-dimensional cell culture ; microfluidics ; core-shell hydrogel fiber ; nondestructive inspection ; vibration-induced flow ; nanoscale structure ; nano/microparticle separation ; logarithmic amplifier ; femtosecond laser ; near-infrared ; tactile display ; spectroscopy ; micro-pillar ; numerical analysis ; microscale thermophoresis ; condensation ; wettability ; 4D printing ; artificial kidney ; electrical impedance measurement ; lipid droplet ; high frequency ; blood coagulation ; micro-electro-mechanical-systems (MEMS) technologies ; biofabrication ; thermal sensation ; cyclic stretch ; molecular dynamics ; Cu micropattern ; thin-film ; grating ; Si ; multiphase flow ; artificial blood vessel ; lipolysis ; thermal conductivity ; reduction ; contact pressure ; 3D printing ; 3T3-L1 ; thermal tactile display ; Schottky barrier ; stimuli-responsive hydrogel ; bic Book Industry Communication::T Technology, engineering, agriculture::TB Technology: general issues

Keywords: T1-995 ; stretchable electronic device ; Cu-Ni alloy ; n/a ; bioremediation ; flexible electronic device ; microfluidic device ; tactile sensor ; self-organization ; stretchability ; origami ; flexible device ; pH indicator ; additive manufacturing ; fatigue ; Nafion ; Game of Life ; MEMS ; micropatterns ; stretchable elastomer ; microcantilever ; wearable ; polydimethylsiloxane ; reaction-diffusion system ; capacitive force sensor ; slipping detection ; microfabrication ; alginate hydrogel ; microfluidics ; shape from silhouette ; artificial cochlea ; micro/nano technology ; ion concentration polarization ; thermoelectric generator ; ultraviolet treatment ; micro-stereolithography ; proximity sensor ; blink ; 3D shape reconstruction ; reductive sintering ; cellular automata ; crack configuration ; Young model ; transparent object ; femtosecond laser ; piezoelectric material ; Turing pattern model ; microtubes ; thermoelectric film ; luciferin–luciferase assay ; fluorescein isothiocyanate (FITC) ; printing ; triple-coaxial flow ; photopolymer ; metal conductive track ; ion depletion zone ; sensors ; microbes ; direct writing ; outer hair cell ; dye-sensitized photovoltaic cells ; microfiber spinning ; ATP ; 3D printing ; parasitic capacitance ; bic Book Industry Communication::T Technology, engineering, agriculture::TB Technology: general issues