Acoustically transparent antimicrobial surfaces
An anti-microbial and acoustic technology, applied to the surface coating liquid device, acoustic wave diagnosis, infrasonic wave diagnosis, etc., can solve the problem of not being able to maintain acoustic sensitivity or anti-microbial activity
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Embodiment 1A
[0058] Embodiment 1A manufactures photocatalytic element (Ex-1)
Embodiment (1
[0059] Example (1AA) (copper sputtering on thin film)
[0060] A copper metal target was provided as the copper source material, which was placed on the target stage (cathode side) in the vacuum chamber of the Cressington108 automatic sputtering device. A 5 cm circular stethoscope membrane (Littman Cardiovascular III diaphragm, 3M, Minneapolis, MN, USA) was placed on the anode side. The following parameters were used for the sputtering apparatus: the drive current was about 0.1 mA, and the pressure was about 1 Torr. Introduce argon gas into the vacuum chamber for approximately 20 s of deposition. The substrate temperature was room temperature.
[0061] Embodiment (1AB) (photocatalysis on film (CuxO / heterogeneous TiO 2 ) coating)
[0062] A commercially available Littman stethoscope film (Littman Cardiology III, 3M, Minneapolis, MN, USA) was used as the substrate for the photocatalytic coating. The films were washed sequentially with soap and water, acetone, and me...
Embodiment 2
[0069] Example 2: Adhesion / Hardness Test
[0070] The adhesion of photocatalytic coatings was evaluated by following the procedure described in ASTM-D3359.
[0071] Coating hardness was evaluated using the procedure described in ASTM-3363.
[0072] Table 1
[0073]
[0074] Percentage removed: 0B>65%; 1B: 35-65%; 2B: 15-35%; 3B: 5-15%; 4B<5%; 5B: 0%
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