Category: NRG

Nanopore Battery Review

Nanobattery Paper Nanobattery Supplement   I have long desired to make energy storage devices with our nanomembranes (supercapacitor post), mainly because they would be really great separators, having both excellent charge conduction and physical barrier resistance due to the porosity

Posted in NRG

Graphs of IgG, qDot, and water passage for conjugated qDot preparations for Life Tech

  Here is a graphical summary of the separation experiments performed the week of November 6th. Raw excel data is spread over 5 files: 11.4.14 qdot separations (10^13, 10^12, 10^11 Forward separations) 11.5.14 high conc reverse and forward (10^14 dots and IgG

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Adsorption Test of PEG4, IgG and BSA

Discussion: The BSA may have not been fresh enough to give good data, the difference between background and signal are pretty low. The Rhodamine IgG gave better signals but the PEG4 treated SiN is between the untreated SiN and bare

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Silicon Photonics Integrated onto SimPore Chips

Ring Resonators are photonic structures that have a very repeatable behavior. As light is guided along a path, it can evanescently couple into a very closely positioned wire (submicron gap). If the wavelength of light is just right, constructive interference

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simple alignment tool for microfluidic assembly

Hi all, This post showcase a simple (low-tech) alignment tool for assembling the different components of a microfluidic chamber. Essentially, the alignment pieces are made from two index papers cut using the Silhouette Cameo. The two cut index papers are

Posted in Knowledge, NRG

Anodic Bonding for Flip-chip Microfluidics

Vincent has asked us to integrate our nanoporous filter on top of a thin layer of silicon nitride, so that he can clean up his analyte before being exposed to his single nanopore (fabricated using a dielectric breakdown). There are

Posted in NRG

Computational modeling of diffusive transport

Lately I’ve been working on building computational models which can be used to make predictions about the behavior of a diffusion experiment, to allow for the collection of large pools of data without the difficulty and time consumption associated with

Posted in NRG

A New Platform for Pressure-Driven Voltage-Gated Separations

I’ve been trying for some time to make chips that can dynamically change their surface charge. To this end I’ve made the following NFT chips, which have 12 nm of silver coated in 10 nm alumina:   Note the Aluminum

Posted in NRG

Surface-Charge-Dependent EO Pumping Behavior Persists (weakly) at Low Applied Voltages

In a previous post (link) I presented a video that showed that the voltage applied to a silver film changed the pumping behavior of a membrane. The key data is summarized by the following powerpoint slide: My most recent post (link –

Posted in NRG

Modeling pore clogging

In recent posts we have tested the total volume of filtrate as a function of time in the centrifuge. We used NPN with different average pore sizes and we studied 100 nm and 20 nm NPs as well as IgG.

Posted in NRG
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