How -plasma-treatment-works

How -plasma-treatment-works

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Chemical covalent bonding processes on different biomaterials. (A: silanization on calcium phosphate bioceramic [59, 60], B: carbodiimide immobilization on titanium metal [61] and C: polypeptide grafting on biopolymer [62]).

Chemical covalent bonding processes on different biomaterials. (A: silanization on calcium phosphate bioceramic [59, 60], B: carbodiimide immobilization on titanium metal [61] and C: polypeptide grafting on biopolymer [62]).

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Schematic diagram of photolithography procedures.

Schematic diagram of photolithography procedures.

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The double bond of the siloxane oligomer (left) attacks  the R-group of the siloxane cross-linker (middle). Upon heating a  cross-linked network forms (right). Adapted from

The double bond of the siloxane oligomer (left) attacks the R-group of the siloxane cross-linker (middle). Upon heating a cross-linked network forms (right). Adapted from

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Oxygen plasma treatment of PDMS

Oxygen plasma treatment of PDMS

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Plasma Treatment Explained in Simple Terms : Henniker Plasma Treatment

Plasma Treatment Explained in Simple Terms : Henniker Plasma Treatment

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Plazma zamiast chemikaliów - Evertiq

Plazma zamiast chemikaliów - Evertiq

BioMEMS and microfluidic applications through SU-8 Surface Modification

BioMEMS and microfluidic applications through SU-8 Surface Modification

Figure 1.

Figure 1.

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