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Search for "sandwich films" in Full Text gives 1 result(s) in Beilstein Journal of Nanotechnology.

Bi-layer sandwich film for antibacterial catheters

Gerhard Franz,
Florian Schamberger,
Hamideh Heidari Zare,
Sara Felicitas Bröskamp and
Dieter Jocham

Beilstein J. Nanotechnol. 2017, 8, 1982–2001, doi:10.3762/bjnano.8.199

deposition; parylene; sandwich films; Introduction In 2014, nosocomial infections caused the death of more than 2000 patients in Swiss hospitals. About one quarter of the deaths were due to infections of the urethral tract. Applying this number to Germany with 10 times the size in population, these

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Figure 1: Cross section of Guggenbichler’s “Erlanger Silberkatheter”.

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Figure 2: Terminals of a typical balloon catheter. The pipe that connects the terminals has a typical length ...

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Figure 3: CVD reactor used to deposit PPX. The film-building monomers enter the reactor on the left-hand side...

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Figure 4: CVD process: The dimeric species di(p-xylylene) (DPX, left), which contains two ethyl bridges in ea...

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Figure 5: Bending and torsion of the capillary during implantation or usage lead to delamination of the silve...

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Figure 6: Left: The challenge of coating the interior wall of a closed-end capillary with an aspect ratio of ...

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Figure 7: A “temperature seesaw” with several heating or cooling elements can equalize the density gradient t...

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Figure 8: The thickness of the protecting cap layer with its retarding effect determines the thickness of the...

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Figure 9: Apparatus for deposition of fragmented silver layers. Reprinted with permission from [19], copyright 20...

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Figure 10: Deposition rate of PPX and counteracting argon pressure during the heating ramp [26,37]. Reprinted with pe...

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Figure 11: Equivalent circuit of the electrode covered by a porous membrane with capacitance C_dl and ohmic res...

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Figure 12: Experimental setup for electrochemical impedance spectroscopy: Between two copper electrodes in an ...

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Figure 13: (a) The low-resolution SEM micrograph of silver on a surface of thermoplastic polyurethane (TPU) sh...

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Figure 14: Silver layer deposited on the interior wall of a balloon catheter. (a) SEM micrograph of the cross ...

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Figure 15: (a) The low-resolution SEM micrograph of silver on a rough polysilicone surface shows disconnected ...

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Figure 16: (a,b) Deposition rate of parylene-N as a function of the reactor pressure; (c,d) deposition rate of...

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Figure 17: (a) Parylene N deposited in pure atmosphere of p-xylylene at a total pressure of 6 mTorr; (b) paryl...

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Figure 18: Surface morphology of parylene films deposited at various deposition pressures. Flow of the monomer...

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Figure 19: Averaged pin hole density of PPX-N at 90% scan depth of AFM [61].

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Figure 20: Nyquist diagrams of an metallic electrode covered by a porous membrane of PPX exhibiting a thicknes...

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Figure 21: (a) Areal capacitance of CVD layers of PPX-C and resulting permittivity as function of thickness as...

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Figure 22: The maximum in deposition rate is moved to the center of the capillary by establishing an appropria...

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Figure 23: (a) Relative layer thickness (referred to the starting value at the mouth) as a function of the cap...

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Figure 24: After 24 h, the released amount of Ag⁺ ions from the PPX layer does not depend on time and is almos...

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Figure 25: Growth of (a) E. coli and (b) S. cohnii in artificial urine, exposed to a defined catheter area wit...

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Published 22 Sep 2017

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