Sentence examples for stack composed of from inspiring English sources

We developed an MRI compatible PET detector stack composed of two main assembly groups, called sensor tile and interface board.

Two endplates are used to fasten a proton exchange membrane fuel cell (PEMFC) stack composed of gaskets, gas diffusion layers (GDLs), membrane electrode assemblies (MEAs) and bipolar plates.

IEEE 802.15.4 consists of a very small stack composed of the physical and Medium Access Control MACC) layers, a simple design regarding interoperability, a long battery life scheme, and a low rate (250 kbps at 2.4 Ghz) transmission.

Nowadays, the above intermediaries are not anymore required for communication between motes and the Internet, thanks to the standardized stack composed of IEEE802.15.4 and 6LoWPAN, which is intended to replace proprietary communication proxies (application level) by standardized IP routers (network level) [15].

A precursory stack, composed of magnetron-sputtered Al top-layer, microarc-oxidized TiO2 interlayer and pure Ti substrate as bottom-layer, was used to fabricate oxidation-resistant coatings via reactive synthesis method that involves a vacuum-diffusional annealing at 600 °C and a following pre-oxidation treatment at 900 °C.

A conventional PEMFC (polymer electrolyte membrane fuel cell) stack is composed of multiple stack composed of GDL (gas diffusion layer), MEA (membrane electrode assemblies), and bipolar plates sandwiched in between two thick metallic endplates tightened by bands or tie-bolts as to maintain proper contact pressure on its active area and gasket interface.

We demonstrate for the first time the embedding of a multi-stack composed of Au/SiO2/Au nanosheets in PDMS and discussed in details the influence of each process parameters on the nanosheet composition and dimension.

In the second step, the pressure drops are measured for stacks composed of eight different woven screens (of plain dutch type) formed with millimetric wires.

Very often, multi-layer etch mask stacks composed of carbon-containing material, such as amorphous carbon or spin-on-carbon (SOC), and a few other material layers are widely applied in currently standard semiconductor nanofabrication [13, 14].

To evaluate the corrosion protection, an adapted calcium mirror test based on water droplet permeation was developed, and the water permeation of conventional parylene-C layers (4.5 μm) was compared to multilayer stacks composed of 3 SiOx interlayers (4.7 μm).

The process is then used to manufacture all-solid-state thin film battery stacks composed of a silicon cathode, LiPON as solid electrolyte, copper as conductive layer for the electrodeposition process and electrodeposited lithium as anode material.