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- Politecnico di Milano
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- Biomedical Engineering
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- Bioartificial Systems at the Micro and Nano Scale
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Soft Lithography
University study material for Bioartificial Systems at the Micro and Nano Scale in the Biomedical Engineering degree programme at Politecnico di Milano. The document covers: Because it is NOT a subset of PHOTOlithography. It actually is not requires light. B and C are false because both of them requires high pressures, high temperatures to workout. Soft lithography is based on rubbers, temperature make the reaction faster but it is not a constraint.
Bioartificial Systems at the Micro and Nano ScaleOther
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University study material for Bioartificial Systems at the Micro and Nano Scale in the Biomedical Engineering degree programme at Politecnico di Milano. The document covers: Because it is NOT a subset of PHOTOlithography. It actually is not requires light. B and C are false because both of them requires high pressures, high temperatures to workout. Soft lithography is based on rubbers, temperature make the reaction faster but it is not a constraint.
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Because it is NOT a subset of PHOTOlithography. It actually is not requires light. B and C are false because both of them requires high pressures, high temperatures to workout. Soft lithography is based on rubbers, temperature make the reaction faster but it is not a constraint. G is not true because the range is Mpa not Giga. False because in order to have the same pattern in those techniques you need an opposite mold from one another. E is not true. It can be fabricated with MiMIC, channels must be connected.
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