Subscripts and Superscripts
Helpful Hint:
H<sub>2</sub>O typed as text will yield H2O visually,
and E = mc<sup>2</sup>O typed as text will yield E = mc2. Of course this affects line height, so choose your poison, I guess.
Helpful Hint:
H<sub>2</sub>O typed as text will yield H2O visually,
and E = mc<sup>2</sup>O typed as text will yield E = mc2. Of course this affects line height, so choose your poison, I guess.
I’ve been working on building a streaming potential/EO device for a while now. This was Yaron’s prototype: Which itself was based on Jess’s design: I didn’t like that the device needed to twist together, and also that it was designed for the old circular 2-slot sepcons. My first prototype used the machine vise downstairs for structural…
Christine and I have been using the present Corning 24-well plate definition in the Tecan for our experiments so far. Yesterday I placed a pnc-Si chip in the (approximate) middle on the bottom of 1 of the 24-wells. I did a 500nm absorbance scan in a circular pattern (15×15 points) – to get data similar…
Using streaming potential data collected via the flow device Jess created, I have attempted to recreate the Zydney findings for membrane zeta potential. Ag/AgCl electrodes were used in 10mM KCl, mimicking identically the method outlined in Zydney. Data are below: The streaming potential for both trials of PES membranes varied significantly after 60 minutes in…
Here is the paper I reviewed at the NRG meeting on 06/19. Utah Group Micro BBB Device I’ve also included my presentation: BBB Device Presentation This week I’m working on designing the basal and apical chambers, considering the necessary shear stresses.
After discussions with the gentleman in charge of surface functionalization at INT last week, Jim suggested that I attempt to pretreat our membranes with 0.1% SDS before a filtration. The hope being that some surfactant left on the surface of the membrane would be enough to facilitate water passage through the membrane without wetting the…
EO tests were continued using 2 micron carboxylated PS Latex beads in a 0.2 mM K2HPO4 solution containing 0.1% tween. The solution had a pH of 7.54 and a conductivity of 67.0 uS/cm. The beads were negatively charged, and so would move towards the positive electrode absent electroosmotic flow. It was suggested that the pump…