30 entries « 2 of 6 »

2021

Allison, Linden K; Andrew, Trisha L

Garment-integrated thermoelectric generator arrays for wearable body heat harvesting (Journal Article)

In: Flexible and Printed Electronics, vol. 6, no. 4, pp. 044006, 2021.

(Abstract)

Homayounfar, S Zohreh; Kiaghadi, Ali; Ganesan, Deepak; Andrew, Trisha L

Materials Selection Principles for Sensing Human Motion and Physiological Signals Via Textiles (Inproceedings)

In: ECS Meeting Abstracts, pp. 1585, IOP Publishing 2021.

(Abstract)

Homayounfar, S Zohreh; Kiaghadi, Ali; Ganesan, Deepak; Andrew, Trisha L

All-Fabric Piezoionic Sensor for Simultaneous Sensing of Static and Dynamic Pressures (Inproceedings)

In: ECS Meeting Abstracts, pp. 1354, IOP Publishing 2021.

(Abstract)

Andrew, Trisha L

Fabric Pressure Sensors for Longitudinal Monitoring of Human Motion in Natural Environments (Inproceedings)

In: ECS Meeting Abstracts, pp. 1387, IOP Publishing 2021.

(Abstract)

2020

Fan, Ruolan; Andrew, Trisha L

Perspective—Challenges in developing wearable electrochemical sensors for longitudinal health monitoring (Journal Article)

In: Journal of The Electrochemical Society, vol. 167, no. 3, pp. 037542, 2020.

(Abstract)

30 entries « 2 of 6 »

Reactive Vapor Deposition

A suite of vapor-phase polymerization reactions performed inside reduced-pressure hot wall reactors, collectively termed RVD, are the enabling methods we use to build novel devices. In RVD, polymer films are formed directly on the substrate of interest as vapors of a chemical agent and precursor (or monomer) are introduced into an evacuated reactor chamber simultaneously. This method allows for conformal coating of rough surfaces, with features resolvable down to 100-200 nm. The modularity of RVD ensures that careful monomer choice will lead to the in situ film growth of a host of functional polymers displaying varied properties

RVD

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