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Nanotechnology / Thin films / Self-assembled monolayer / Self-organization / Supramolecular chemistry / Desorption / Adsorption / Microelectromechanical systems / Electroplating / Chemistry / Physical chemistry / Surface chemistry


CONTROLLED PART-TO-SUBSTRATE MICRO-ASSEMBLY VIA ELECTROCHEMICAL MODULATION OF SURFACE ENERGY Xiaorong Xiong*, Yael Hanein*, Weihua Wang**, Daniel T. Schwartz** and Karl F. Böhringer* *Electrical Engineering Department,
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Document Date: 2001-03-23 17:26:00


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City

Systems / Santa Clara / Actuators / /

Company

Microsoft Research / Honeywell / Diodes / M. M. Walczak D. D. / CVs / Agilent Technologies / Intel Corporation / Tanner Research Inc. / /

Country

Switzerland / Japan / /

Facility

**Chemical Engineering Department University of Washington / stable SAMs / /

IndustryTerm

micro electro mechanical systems / ethanolic alkanethiol solution / 1mM ethanolic alkanethiol solution / longer forms chemical bonds / /

NaturalFeature

mount LEDs / /

Organization

T. Schwartz** and Karl F. Böhringer* *Electrical Engineering Department / National Science Foundation / Fluidic Assembly for the Integration / University of Washington / Seattle / Lubricant No Assembly Assembly / /

Person

Daniel T. Schwartz / Uthara Srinivasan / Yael Hanein / Shaoyi Jiang / Roger T. Howe / Shengfu Chen / Karl F. Böhringer / /

Position

rt / /

ProvinceOrState

California / Washington / /

Technology

Microelectromechanical Systems / MEMS / Microassembly Technologies / photolithography / electrochemical cell / /

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