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In , a roof was added to the main stands and the other stands were enlarged again. The stadium had a capacity of 35, then. The eastern stand was also made smaller and a roof was added.
The capacity was reduced to about 15, After Arminia won promotion to the Bundesliga in , the main and northern stands were demolished and completely rebuilt.
The same happened to the south stand in In , Arminia signed a sponsorship deal with Schüco and the stadium was named SchücoArena.
The latest redevelopment saw the Eastern Stand being rebuilt in The Bielefelder Alm has a capacity of 27,, including 20, seats. Arminia have a large number of loyal supporters.
Even in —12, Arminia had an average attendance of 8, which was the highest in the 3. In —15, Arminia had an average attendance of 14, which was the second!
The numbers also show the risen popularity of the 3. Arminias matches during the —14 2. Bundesliga were attended by 16, in the average,  eighth highest average attendance in the league.
These numbers only count league matches. Arminia's matches in the —15 DFB-Pokal were attended by 21, in the average. The core of the fans can be found on the terraces of the Southern Stand.
Arminia's fans come primarily from the Ostwestfalen-Lippe region with a catchment area of about kilometers around Bielefeld.
There are around fanclubs, mostly from Ostwestfalen-Lippe. The match against them in March which was the first one taking place in Bielefeld after nearly 20 years was attended by 21, spectators.
No other match in the 3. Liga had such a high attendance. One year later the stadium was nearly sold out in that derby.
The earlier rival was VfB 03 Bielefeld from the east of Bielefeld, but the rivalry deceased with the meaning of VfB Bielefeld and nowadays friendly matches between Arminia and VfB Fichte Bielefeld , as the club nowadays is called, take place every year.
Another rival is VfL Bochum , especially since the late 90s, and there were some sort of "fashion rivalries" with other clubs from the Ruhr , because that area also belongs to Westphalia.
Some SC Paderborn 07 supporters seem to consider Arminia as their main rival, but Arminia fans are unlikely to feel the same about them.
For many fans this friendship also involves friendly ties to Hannover 96 , whose fans share a friendship with Hamburg as well.
All three clubs are sometimes dubbed the "Nordallianz" Northern Alliance , despite the fact that Bielefeld other than Hamburg and Hannover is not located in what is considered Northern Germany.
Flags indicate national team as defined under FIFA eligibility rules. Players may hold more than one non-FIFA nationality. To celebrate the th anniversary of the club's formation fans were polled to find Arminia's greatest ever team.
The following players were chosen: From Wikipedia, the free encyclopedia. Bundesliga —18 4th Website Club website. List of Arminia Bielefeld seasons.
Retrieved 22 August Retrieved 21 January Tabellen bis ". Retrieved 12 October Archived from the original on 26 December Retrieved 20 August Archived from the original on 26 September Retrieved 24 August Bundesliga Nord —80 nach dem Arminia soll in fünf Jahren schuldenfrei sein".
Neue Westfälische in German. Retrieved 25 May Archived from the original on 23 August Retrieved 3 October Retrieved 20 January Retrieved 12 August Clubs Introduction Promotion to 2.
Bundesliga Promotion to Bundesliga Top scorers. Reichsliga Introduction in scandal scandal scandal Promotion. Liga Promotion to 2.
Oberliga Westfalen V —19 clubs. List of clubs in the Oberliga Westfalen. Under 17 Bundesliga West —19 clubs. Retrieved from " https: Views Read Edit View history.
Roberto Massimo on loan from VfB Stuttgart. Leandro Putaro at Eintracht Braunschweig until 30 June This is now made possible with the new drive concept.
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Sweets, biscuits or crisps and compressed air — what's the connection? Without giving away too much: Visible lasers, typically red but later also green , are common as laser pointers.
Both low and high-power diodes are used extensively in the printing industry both as light sources for scanning input of images and for very high-speed and high-resolution printing plate output manufacturing.
Diode lasers have also found many applications in laser absorption spectrometry LAS for high-speed, low-cost assessment or monitoring of the concentration of various species in gas phase.
High-power laser diodes are used in industrial applications such as heat treating, cladding, seam welding and for pumping other lasers, such as diode-pumped solid-state lasers.
Uses of laser diodes can be categorized in various ways. Most applications could be served by larger solid-state lasers or optical parametric oscillators, but the low cost of mass-produced diode lasers makes them essential for mass-market applications.
Diode lasers can be used in a great many fields; since light has many different properties power, wavelength, spectral and beam quality, polarization, etc.
Many applications of diode lasers primarily make use of the "directed energy" property of an optical beam.
In this category, one might include the laser printers , barcode readers, image scanning , illuminators, designators, optical data recording, combustion ignition , laser surgery , industrial sorting, industrial machining, and directed energy weaponry.
Some of these applications are well-established while others are emerging. Diode wavelengths range from to 1, nm , are poorly absorbed by soft tissue, and are not used for cutting or ablation.
Uses which may make use of the coherence of diode-laser-generated light include interferometric distance measurement, holography, coherent communications, and coherent control of chemical reactions.
Uses which may make use of "narrow spectral" properties of diode lasers include range-finding, telecommunications, infra-red countermeasures, spectroscopic sensing , generation of radio-frequency or terahertz waves, atomic clock state preparation, quantum key cryptography, frequency doubling and conversion, water purification in the UV , and photodynamic therapy where a particular wavelength of light would cause a substance such as porphyrin to become chemically active as an anti-cancer agent only where the tissue is illuminated by light.
Uses where the desired quality of laser diodes is their ability to generate ultra-short pulses of light by the technique known as "mode-locking" include clock distribution for high-performance integrated circuits, high-peak-power sources for laser-induced breakdown spectroscopy sensing, arbitrary waveform generation for radio-frequency waves, photonic sampling for analog-to-digital conversion, and optical code-division-multiple-access systems for secure communication.
As early as John von Neumann described the concept of semiconductor laser in an unpublished manuscript. In , Japanese engineer Jun-ichi Nishizawa filed a patent for the first semiconductor laser.
Following theoretical treatments of M. Duraffourg and William P. Dumke in the early s coherent light emission from a gallium arsenide GaAs semiconductor diode a laser diode was demonstrated in by two US groups led by Robert N.
The priority is given to General Electric group who have obtained and submitted their results earlier; they also went further and made a resonant cavity for their diode.
Dumke that these materials would not work. Instead, he suggested Gallium Arsenide as a good candidate.
Other teams at MIT Lincoln Laboratory , Texas Instruments , and RCA Laboratories were also involved in and received credit for their historic initial demonstrations of efficient light emission and lasing in semiconductor diodes in and thereafter.
By layering the highest quality crystals of varying compositions, it enabled the demonstration of the highest quality heterojunction semiconductor laser materials for many years.
LPE was adopted by all the leading laboratories, worldwide and used for many years. It was finally supplanted in the s by molecular beam epitaxy and organometallic chemical vapor deposition.
Such performance enabled continuous-lasing to be demonstrated in the earliest days. The dominant challenge for the remainder of the s was to obtain low threshold current density at K and thereby to demonstrate continuous-wave lasing at room temperature from a diode laser.
The first diode lasers were homojunction diodes. That is, the material and thus the bandgap of the waveguide core layer and that of the surrounding clad layers, were identical.
It was recognized that there was an opportunity, particularly afforded by the use of liquid phase epitaxy using aluminum gallium arsenide, to introduce heterojunctions.
Heterostructures consist of layers of semiconductor crystal having varying bandgap and refractive index. Heterojunctions formed from heterostructures had been recognized by Herbert Kroemer , while working at RCA Laboratories in the mids, as having unique advantages for several types of electronic and optoelectronic devices including diode lasers.
LPE afforded the technology of making heterojunction diode lasers. In he proposed the double heterostructure laser.
The first heterojunction diode lasers were single-heterojunction lasers. These lasers utilized aluminum gallium arsenide p -type injectors situated over n -type gallium arsenide layers grown on the substrate by LPE.
An admixture of aluminum replaced gallium in the semiconductor crystal and raised the bandgap of the p -type injector over that of the n -type layers beneath.
Unfortunately, this was still not in the needed range and these single-heterostructure diode lasers did not function in continuous wave operation at room temperature.
The innovation that met the room temperature challenge was the double heterostructure laser. The trick was to quickly move the wafer in the LPE apparatus between different "melts" of aluminum gallium arsenide p - and n -type and a third melt of gallium arsenide.
The first laser diode to achieve continuous wave operation was a double heterostructure demonstrated in essentially simultaneously by Zhores Alferov and collaborators including Dmitri Z.
However, it is widely accepted that Zhores I. Alferov and team reached the milestone first. For their accomplishment and that of their co-workers, Alferov and Kroemer shared the Nobel Prize in Physics.
From Wikipedia, the free encyclopedia. This article's lead section does not adequately summarize key points of its contents.
Please consider expanding the lead to provide an accessible overview of all important aspects of the article. Please discuss this issue on the article's talk page.
This section needs additional citations for verification. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.
July Learn how and when to remove this template message. Diagram of a simple laser diode, such as shown above; not to scale. This section does not cite any sources.
Please help improve this section by adding citations to reliable sources. This section may be too technical for most readers to understand.
Please help improve it to make it understandable to non-experts , without removing the technical details. Mashanovitch 2 March Diode Lasers and Photonic Integrated Circuits.
The Laser Guidebook Second ed. Archived from the original on Archived from the original on June 28, Compend Contin Educ Dent. Lasers in Medical Science.
Cecil; Fisher, John C. Laser Surgery in Gynecology: Endoscopic Laser Surgery Handbook. Extended cavity diode laser Volume Bragg grating laser.
Semiconductor laser theory Laser diode rate equations. List of laser articles List of laser types List of laser applications Laser acronyms Laser types: Active laser medium Amplified spontaneous emission Continuous wave Doppler cooling Laser ablation Laser cooling Laser linewidth Lasing threshold Magneto-optical trap Optical tweezers Population inversion Resolved sideband cooling Ultrashort pulse.
Beam expander Beam homogenizer B Integral Chirped pulse amplification Gain-switching Gaussian beam Injection seeder Laser beam profiler M squared Mode-locking Multiple-prism grating laser oscillator Multiphoton intrapulse interference phase scan Optical amplifier Optical cavity Optical isolator Output coupler Q-switching Regenerative amplification.
Cavity ring-down spectroscopy Confocal laser scanning microscopy Laser-based angle-resolved photoemission spectroscopy Laser diffraction analysis Laser-induced breakdown spectroscopy Laser-induced fluorescence Noise-immune cavity-enhanced optical heterodyne molecular spectroscopy Raman spectroscopy Second-harmonic imaging microscopy Terahertz time-domain spectroscopy Tunable diode laser absorption spectroscopy Two-photon excitation microscopy Ultrafast laser spectroscopy.
Laser beam welding Laser bonding Laser converting Laser cutting Laser cutting bridge Laser drilling Laser engraving Laser-hybrid welding Laser peening Multiphoton lithography Pulsed laser deposition Selective laser melting Selective laser sintering.
Retrieved from " https: Semiconductor lasers Optical diodes Heat-assisted magnetic recording Japanese inventions Dental lasers.
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