Ultrathin polymer coatings of styrene-hexylmethacrylate, with thicknesses ranging from less than 100 to 1 渭m, were prepared on glass and aluminized Mylar substrates using a simple withdrawal method. The thickness of the polymer coatings could be controlled by choosing an appropriate combination of ...
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The utility model relates to an ultra-thin total-reflective Mylar for a keyboard, comprising main body of the total-reflective Mylar, wherein the main body of the total-reflective Mylar is made of SW83G material; the main body of the total-reflective Mylar is in the shape of a strip and...
a thin layer of Au deposited on a C substrate, together with the spectrum of the aluminized mylar target.Figure 3shows the experimental RBS spectra alongside the simulations obtained using the SIMNRA code [36] for both the aluminized mylar sample and the complete assembly with the EJ-214 sheet...
In FIG. 1, a starting substrate 11 may be polycarbonate, PET (polyester), PMMA, Mylar or other type of polymer sheet, or even a thin metal film, paper, cloth, or other material. In one embodiment, the substrate 11 is about 25-50 microns thick. A conductor layer 12 is then deposited...
Surrounding all the sides and the top of the top electrode layer is a 5 mil Mylar layer. The exploded view of this structure (with tip masses omitted for image clarity) is depicted in Figure 7. Each layer is connected to its nearest layers through a bounded connection type. To mesh the...
Rigid glass slides, coated with an ≈500-nm-thick PDMS layer, served as supporting substrates for the 1.4-μm-thick PET foils. The PET is Mylar®1.4 CW02, obtained from Pütz GMBH + Co. Folien KG. Adhering the PET film to the supports readily enabled all subsequent planar processing st...
We present ultrathin, light, flexible and compliant OPV devices constructed on only 1.4-µm-thick polyethylene terephthalate (PET) substrates, where the total thickness of the device is less than a typical thread of spider silk. The substrate is commercially avail- able Mylar 1.4 CW02, a ...
In particular embodiments, a non-polymeric dielectric may be employed, however it is preferable to coat the dielectric with a polymer or polymeric composite. For example, PET, polyester (such as MYLAR®), or other polymers disclosed herein or in the art may be utilized with the dielectric. ...
TrackPoint® pointing device, double-tap to open the TrackPoint® Quick Menu Glass-like Mylar® surface multi-touch touchpad Ethernet No onboard Ethernet*Ethernet support via optional Lenovo® USB-C® to Ethernet Adapter. Wireless LAN Intel Wi-Fi 6E* AX211, 802.11ax 2x2 Wi-Fi ...