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Fluid dynamics / Nanotechnology / Surface chemistry / Nanoimprint lithography / Nanofluidic circuitry / Nanofluidics / Photolithography / Nanolithography / Photoresist / Chemistry / Materials science / Analytical chemistry


APPLIED PHYSICS LETTERS VOLUME 81, NUMBEROCTOBER 2002
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Document Date: 2009-09-30 16:05:46

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File Size: 474,24 KB

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Company

Nanostructure Laboratory / Diffraction Cambridge University Press / Ge / /

Country

United Kingdom / /

Currency

USD / CHF / /

/

Event

FDA Phase / /

Facility

Princeton University / American Institute of Physics Downloaded / Stephen Y. Chou Nanostructure Laboratory / American Institute of Physics / /

IndustryTerm

regular nanofluidic chip / nanofluidic devices / substrate chip / planar chip / large free energy / biomolecular nanofluidic devices / entropic free energy/length / integrated nanoscale devices / e-beam / microfluidic chip / actual gradient chip / gradient nanofluidic chips / analysis systems / fluidic chip / /

Organization

Cambridge University / American Institute of Physics Downloaded / National Institute of Health / American Institute of Physics / Stephen Y. Chou Nanostructure Laboratory / National Science Foundation / Robert H. Austin Department of Physics / DARPA / Princeton University / /

Person

S. Y. Chou / Lei Chen / Z. Yu / W. Wu / J. Wang / F. Chou / S. S. Chan / J. O. Tegenfeldt / Wei Wu / R. H. Austin / Robert H. Austin / P. Deshpande / E. C. Cox / H. Cao / E. Chen / /

Position

Author / Cao / /

Product

AZ5214-E / /

ProvinceOrState

New Jersey / /

Technology

semiconductor / previously.6 This chip / actual gradient chip / microfluidic chip / substrate chip / two chips / gradient nanofluidic chips / planar chip / lithography / The chip / microfluidics / photolithography / Si substrate chip / regular nanofluidic chip / fluidic chip / be done using e-beam lithography / /

URL

http /

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