Thesis and Dissertations from CaltechTHESIS
- Huang, Zi-Yu (2022) Electrical
Impedance Spectroscopy-Derived 3D Conductivity Tomography for
Atherosclerosis Detection; 10.7907/n0md-h379
- Chou, Tzu-Chieh (2022) Wearable
Inductive Damping Sensors for Skin Edema Quantification; 10.7907/q77f-me73
- Shahrestani, Shane Shayan (2021) Eddy
Current Damping Stroke Sensor; 10.7907/zxdh-ej95
- Scianmarello, Nicholas E. (2019) Oxygen
Transporter and Generator Devices to Treat Diabetic Retinopathy; 10.7907/JCS2-8E12
- Shapero, Aubrey Michael (2019) Long
Term Implantable Pressure Sensors; 10.7907/SX5J-VM54
- Cook, Colin Andrew (2019) Phototherapeutic
Devices for the Treatment of Diabetic Retinopathy; 10.7907/62R5-RF78
- Zhang, Shell Xiaoxiao (2017) Electrical
Impedance Based Spectroscopy and Tomography Techniques for Obesity and
Heart Diseases; 10.7907/Z9CC0XPJ
- Liu, Yang (2016) Novel
Parylene Filters for Biomedical Applications; 10.7907/Z97P8WDF
- Kang, Dongyang (2015) MEMS
for Diabetic Retinopathy; 10.7907/Z97D2S34
- Nandra, Mandheerej Singh (2015) Microelectrode
Implants for Spinal Cord Stimulation in Rats; 10.7907/Z9930R3G
- Zhao, Yu (2014) Flexible
Microimplants for In Vivo Sensing; 10.7907/SHYA-5Y51
- Chang, Jan Han-Chieh (2014) Wireless
Parylene-Based Retinal Implant; 10.7907/YTN7-ZA05
- Shi, Wendian (Leo) (2013) Blood
Cell Count On-a-Chip; 10.7907/6YF1-WR04
- Kim, Justin Young-Hyun (2013) Parylene-C
as a New Piezoelectric Material; 10.7907/1VEH-EP90
- Lin, Jeffrey Chun-Hui (2012) MEMS
for Glaucoma; 10.7907/4XD2-SP34
- Lu, Bo (2012) Parylene
as a New Membrane Material for Biomems Applications; 10.7907/DPDC-9E57
- DeBoer, Charles Meno Theodore (2012) Biomimetic
Accommodating Intraocular Lens; 10.7907/Z9B56GQH
- Huang, Ray Kui-Jui (2011) Flexible
Neural Implants; 10.7907/VMZB-0N20
- Giacchino, Luca (2011) MEMS
Electrolytic Inchworms for Movable Neural Probe Applications; 10.7907/GQYY-BM80
- Quach, Quoc Chan (Brandon) (2010) A
Parylene Real Time PCR Microdevice; 10.7907/YC9S-0R15
- Liu, Mike Chia-Chung (2010) Integrated
Microfluidic Devices for Cell Culture and Assay; 10.7907/D43B-D825
- Li, Wen (2009) Integrated
Retinal Implants; 10.7907/AMK6-TA42
- Chen, Po-Jui (2009) Implantable
Wireless Intraocular Pressure Sensors; 10.7907/46T7-0P24
- Lo, Hsi-Wen (2009) Thin
Film Silicon for Implantable Electronics; 10.7907/DBDE-PQ14
- Shih, Jason J. (2008) Microfabricated
High-Performance Liquid Chromatography (HPLC) System with Closed-Loop
Flow Control; 10.7907/8A6W-2X34
- Pang, Changlin (2008) Parylene
Technology for Neural Probes Applications; 10.7907/GH99-K875
- Miserendino, Scott Brian (2007) A
Modular Microfluidic Approach to Nano High-Performance Liquid
Chromatography with Electrochemical Detection; 10.7907/GNV8-6M21
- Tooker, Angela Colleen (2007) Development
of Biocompatible Parylene Neurocages for Action Potential Stimulation
and Recording; 10.7907/9M7Q-ZM04
- Zheng, Siyang (2007) On-Chip
Blood Count; 10.7907/SJ43-XM11
- He, Qing (2006) Integrated
Nano Liquid Chromatography System On-a-Chip; 10.7907/NQVA-F827
- Shih, Victor-Chi-Yuan (2006) Temperature-Controlled
Microchip Liquid Chromatography System; 10.7907/ZDK5-Q871
- Liger, Matthieu (2006) Uncooled
Carbon Microbolometer Imager; 10.7907/R7HB-GF96
- Xie, Jun (2005) Integrated
Parylene LC-ESI on a Chip; 10.7907/00KQ-V723
- Boland, Justin Scott (2005) Micro
Electret Power Generators; 10.7907/B16C-NT21
- Meng, Ellis Fan-Chuin (2003) MEMS
Technology and Devices for a Micro Fluid Dosing System; 10.7907/MRDS-FC06
- Yao, Tze-Jung (2002) Parylene
for MEMS Applications; 10.7907/caxb-sr18
- Xu, Yong (2002) Flexible
MEMS Skin Technology for Distributed Fluidic Sensing; 10.7907/V3KW-SV35
- Hsieh, Wen Hsuan (2001) MEMS
thin film teflon electret condenser microphones; 10.7907/sk4y-ws65
- Grosjean, Charles (2001) Silicone
MEMS for fluidics; 10.7907/j98f-v013
- Wu, Shuyun (2000) Integrated
polysilicon thermistors for microfluidic sensing; 10.7907/w1yy-ne91
- Wang, Xuan-Qi (2000) Integrated
parylene micro electro mechanical systems (MEMS); 10.7907/qe8x-ca65
- Desai, Amish S. (2000) Micromachined
devices for an airborne bio-particle analysis system; 10.7907/ge1w-t045
- Wright, John A. (1999) Through-wafer
3-D micromachining and its applications for neural interfaces and
microrelays; 10.7907/g4sj-2q41
- Yang, Xing (1999) Micromachined
silicone rubber membrane valves for fluidic applications; 10.7907/k8hw-ph10
- Jiang, Fukang (1998) Silicon-micromachined
flow sensors; 10.7907/R2QN-SC72
- Tsao, Thomas Rocco (1998) Silicon
micromachined magnetic actuators for aerodynamic flow control
applications; 10.7907/z29s-kt20
- Miller, Raanan Ariel (1997) Microfabricated
electromagnetic flap actuators and their applications; 10.7907/1m4s-8d50
- Liu, Chang (1996) Silicon
Micromachined Sensors and Actuators for Fluid Mechanics
Applications; 10.7907/k8pm-8g13
- Liu, Jianqiang (1995) Integrated
micro devices for small scale gaseous flow study; 10.7907/sra1-0d58
- Tatic-Lucic, Svetlana (1995) Silicon
micromachined devices for in vitro and in vivo studies of neural
networks; 10.7907/6jhx-9889