Примери за използване на Amorphous silicon на Английски и техните преводи на Български
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Amorphous silicon a-Si: H.
Also very popular are the flexible panels based on amorphous silicon.
It's 70% amorphous silicon dioxide.
The cells of the amorphous modules are made of amorphous silicon(a-Si).
Amorphous silicon is the basis forlocation of microcrystals.
The most inexpensive option- a panel of amorphous silicon: 0.9- 1.1 dollars per 1 W.
Amorphous silicon cells are made by depositing silicon in a thin homogenous layer onto a substrate rather than creating a rigid crystal structure.
We created a solar cell with an active layer of amorphous silicon that is only 70 nanometers(nm) thick.
If you have, say, special conditions- for example, the roof has a curved shape, or is made of polycarbonate,we recommend you pay attention to the batteries of amorphous silicon.
In 1824, Berzelius prepared amorphous silicon and purified the it by repeated washings.
The cells themselves consist of mono-silicon plates whose surface is sprayed with nano-layers of amorphous silicon and then indium tin oxide(ITO).
Powerful and high efficient amorphous silicon solar panels, get fully charged within 6-8 hours in sunshine.
Instead of being dyedto produce a color, the new solar cells are mechanically structured to transmit specific wavelengths of light by varying the thickness of the amorphous silicon layer in them.
The modules are the type Kaneka K75- thin-film amorphous silicon(thin-film a-Si), the production of Kaneka Corp.
High technology level amorphous silicon(FPD) cesium iodide flat panel detector, X ray can be directly converted into electrical signals, better resolution and sensitivity is brought with you.
Today, the solar modules are produced by using monocrystalline,polycrystalline, amorphous silicon, cadmium telluride, copper, indium and gallium sulphide.
The pyrolysis yields an amorphous silicon carbide, including mostly other elements like oxygen, titanium, or aluminium, but with mechanical properties very similar to those of carbon fibers.
Kyocera's expertise in the ceramics industry was the catalyst for the first amorphous silicon printer drum with a surface that is second only to diamond hardness.
This entry covers synthetic amorphous silicon dioxide as a nanomaterial in the form of stable aggregated particles of particle size> 1 μm, with primary particles of nanosize.
Materials presently used for photovoltaics include monocrystalline silicon, polycrystalline silicon, amorphous silicon, cadmium telluride, and copper indium gallium selenide/sulfide.
ECOSYS technology uses e.g. a patented amorphous silicon print drum and other long-life components, and as a result, requires only one consumable- the toner itself, no expensive cartridge system.
The obtained data can be used to create new environmentally friendly processes of recycling slag, andfor preparation of micro and nano-size, amorphous silicon dioxide(silica) with low density and large surface area.
Implantation silicon sources, amorphous silicon devices such as photosensitive drums or solar cells.
The attraction of these technologies is that they can be manufactured by relatively inexpensive industrial processes,in comparison to crystalline silicon technologies, yet they typically offer higher module efficiencies than amorphous silicon. .
There is also a TFT transistor- a very thin amorphous silicon transistor, a MOSFET field-effect transistor, etc.
In particular silica fume(amorphous silicon dioxide) or microsilica is being added to concrete in order to improve the concrete strength and durability. Silica fume is also being used in refractory concretes to reduce porosity and to enhance strength by improved particle packing.
A new generation of large size of digital flatpanel detector without splicing, the detector with large size of“17×17” amorphous silicon(pixel size: 127 μ m and image acquisition time: 4~6 seconds) is imported with original packaging from Korea and it has achieved leading technological level in the whole world.
To make the cells, an ultrathin sheet of amorphous silicon is sandwiched between two semi-transparent electrodes, which allow the light to hit the semiconductor, as well as carrying the electrical current generated by the cell.
There are many competing technologies, including fourteen types of photovoltaic cells, such as thin film, monocrystalline silicon, polycrystalline silicon, and amorphous cells, as well as multiple types of concentrating solar power.