uwnrg · SNANAYAK · Dec 31, 2017 · Jan 20, 2018 · Jan 25, 2018 · Jan 26, 2018
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@@ -66,7 +66,7 @@ <h2>SAW</h2>
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-                        The Surface Acoustic Wave (SAW) Team aims to diversity UW_NRG’s arsenal of robots by developing a microrobot actuated by surface acoustic waves. Essentially, a fluid droplet - the robot - will be placed atop a hydrophobic silanized glass substrate. The glass substrate is then placed atop a lithium niobate wafer, chosen for its piezoelectric properties, that is patterned with four interdigitated transducers that convert electrical signals into mechanical waves. By regulating the electrical signals, the oscillations propagating along the wafer’s surface can be controlled, thus allowing for precise manipulation of the fluid droplet in the x-y plane."
+                        The Surface Acoustic Wave (SAW) Team aims to diversity UW_NRG’s arsenal of robots by developing a microrobot actuated by surface acoustic waves. Essentially, a fluid droplet - the robot - will be placed atop a hydrophobic silanized glass superstrate. The glass substrate is then placed atop a lithium niobate wafer, chosen for its piezoelectric properties, that is patterned with four interdigitated transducers that convert electrical signals into mechanical waves. By regulating the electrical signals, the oscillations propagating along the wafer’s surface can be controlled, thus allowing for precise manipulation of the fluid droplet in the x-y plane."
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