Translation of "Plasmatechnik" in English

The process helps in the manufacture of tiny high-precision silicon sensors using plasma technology.

In addition, large scale treatments of exhaust gas for clean air can be carried out with plasma technology.

Tungsten alloy is a suitable material for construction parts for plasma technique/ion propulsion.

Thanks to the patented AL-KO plasma technology, they are catalysed by AL-KO PURE.

The plasma technology provides several varieties for surface treatment.

Examples can be found in G. Janzen: Plazma Engineering (Plasmatechnik), Hutig Verlag, Heidelberg, 1992.

The steam plasma source from PlasmaAir AG has opened up new applications in plasma technology and plasma chemistry.

Displays Manufacturers of state-of-the-art displays rely on innovative laser microprocessing and plasma technology.

Using a novel plasma technology, effective sterilisation of packaging films can be realised with significantly lower adverse environmental impact.

Global expansion begins with the forming of Hypertherm's first subsidiary, Hypertherm Plasmatechnik GmbH in Maintal, Germany.

Plasma technology finds a wide range of applications in the field of research and development.

Plasma science is an advanced science which increases the attack of ships with Plasma weapons.

We always find the optimum solution in the plasma technology for our customers and their application.

The application area of plasma technology has expanded from the treatment of metallic surfaces to plastic and glass surface treatment.

In addition, of course, we provide technical consultancy as well as training in our specialities of plasma technology and space applications.

2B shows the next step in the sequence where the photoresist layer 14 is hardened by chemical, thermal, ion-implantation or reactive plasma techniques as will be described below, after the master image pattern has been formed in the layer 14.

2B shows the next step in the sequence where the photoresist layer 14 is hardened by chemical, thermal, ion-implantation or reactive plasma techniques as will be described below, after the master image pattern has been formed in the layer 14.

The book "Plasmatechnik [Plasma Technology]" by Schade, Suchanek and Tiller, published in 1990 by Verlag Technik GmbH Berlin, describes on pages 140 and 141 how the time plot of CO and AlCl emission is used, or in another example, how Si emission is used as a process control during plasma etching.

These plasmas, which are characterized by an electron density >1010 l/cm3 for microwave radiation at a frequency of 1 to 3 GHz, are, for example, described in "Plasmatechnik: Grundlagen, Anwendungen, Diagnostik (Plasma Engineering: Fundamentals, Applications, Diagnostics)" by Gerd Janzen, Heidelberg, Huthig, 1992, p.

The process gas can be any gas that is conventionally used in the plasma technology such as, for example, air, O 2, AR 1 N 2, H 2, NH 3, CH 4, CF 4 or mixtures of these gases.

Plasma technique made by Kjellberg Finsterwalde guarantees an exceptionally high cutting quality because the parts can not only be cut vertically creating a smooth surface but also with nearly no rework required.

The Fraunhofer Institutes FEP (Institute of Organic Electronics, Electron Beam and Plasma Technology) in Dresden and IZM (Institute for Reliability and Microintegration) in Berlin are important innovation centers.

Applications which might gain more importance in the future are construction material for the tungsten alloy plasma technique in magneto hydrodynamic power generation (W and W-Cu) and target plates in fusion reactors (W, W-La2O3).

The work of the Fraunhofer Institute for Electron Beam and Plasma Technology (FEP) covers a wide range of electron beam technologies.

The Center for Plasma Science and Technology (CPST), a center of excellence and one of the largest uni- versity research units in the field of plasma technology, is also located in Bochum.

Surgeons use intelligent tumor tracking software for planning surgeries and therapy response evaluations and, increase the biocompatibility of implants with plasma technology or nanoscale coatings.

The plasma-technology has its advantages within the black-range, in the high contrast, in a reduced depth and in the authenticity of the colors.

The special-field authorities at the Institute stand in close cooperation with complementary research facilities in and out of universities such as lightweight construction, fibre reinforced materials, ceramic lining, plasma technology as well as bionics.

Beyond use in all standard applications of short arc welding, further fields of application can be found in the combination of coldArc with laser and plasma technology for flux-free jointing where it is important to master the very thin line between as cold a jointing as possible while at the same time maintaining large component tolerance and high process stability.

In particular, the implant can be produced by the implant surface being shotpeened or sandblasted and/or by its being structured by plasma technology, and by the surface then being treated by a chemical process in a salt melt, until a suitable surface structuring has formed.