Nearshoring

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Nearshoring means sourcing service activities to a foreign, lower-wage country that is relatively close in distance or time zone (or both). The customer expects to benefit from one or more of the following constructs of proximity: geographic, temporal, cultural, linguistic, economic, political, or historical linkages. [1]
Similar terms include nearsourcing and nearshore outsourcing. The service work that is being sourced may be a business process or software development. As with offshore, the term "nearshore" was originally used in the context of fishing and other ocean-based activities and later adapted by the business world.
Contents
1 Overview
2 Core essence of nearshoring
3 Benefits of nearshoring
3.1 Shared cultural values and similar mindset
3.2 Time loading
3.3 Short duration resources
3.4 Flexible, holistic and integrated approach to improving business results
4 Criticisms of Nearshoring
4.1 Management complexity
4.2 Uncertain financial payback
4.3 Lack of proximity to staff vendor and uncertain information security
4.4 Lack of control over resources
5 Nearshoring companies
6 See also
7 References
7.1 Articles
//
Overview
Nearshoring is a derivative of the business term offshoring. Offshoring is a business activity that is complex and risky because it involves working with a foreign, distant organization. In contrast, nearshoring is understood to mean that the business has reduced the complexity and risk of offshoring.
Examples of nearshoring: American clients nearshoring to Mexico, Austrian clients nearshoring to Slovakia, Japanese clients nearshoring to China.
The complexity of offshoring stems from different languages and cultures, long distances and different time zones, spending more time and effort on establishing trust and long-term relationships, overriding communication barriers and activities of that kind.
Core essence of nearshoring
Nearshoring is the process by which an activity is transitioned from an onshore location to a geography which is closer than an offshore location. Typically, this would be a short flight away.
Softtek, a Mexican company which provides nearshore outsourcing to the US and the European Union has trademarked the term "Near Shore." Major nearshoring destinations for US businesses are Mexico, Central America and Canada, Western Europe, Ireland, Eastern Europe. Some other companies concentrate on serving independent software product development companies in the North America regions. Most organizations give preferences to nearsourcing over offshore outsourcing for a variety of reasons (both internal and external), including physical and time zone proximity, cultural affinity and other ones.
Benefits of nearshoring
Shared cultural values and similar mindset
Sense of humor, the directness of communications have always been important cultural elements of successful interactions and a constant point of frustration when crossing cultural barriers. Being different from the start can easily create tremendous hurdles in a project. But proximity can be a potential access to the extended market. Besides a nearshoring company's staff can possess engineering and technical talent and you are much more eager to feel free talking over project pitfalls due to the similarity of school and university education in neighboring countries.
Time loading
By outsourcing a project to a distant country a company has to think about frequent traveling demands. Certain projects require frequent traveling from both the customer and the provider end of the venture. Effective and efficient email or over-the-phone communication is a core step to success on the way of working over an outsourcing project. So selecting a supplier in a close-by zone may improve the efficiency of day-to-day information exchange.
Short duration resources
Nearshoring companies can provide short duration resources for project requirements management, project implementation and short troubleshooting. In such cases companies do not have to use expensive resources of their own country for starting and delivering a project. Usually nearsourcing organizations provide remote services and appear in a customer location in a short period of time. Nearshoring sourcing model serves as a good alternative to an outsourcing projects performance. It reduces costs and risks of working with distant foreign...(and so on)

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Toast

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Two pieces of toasted white bread.

Packaged toast has a low per-calorie cost and a long shelf life, making it suitable for famine relief.
Toast is sliced bread which has been browned by exposure to dry heat ("toasted"). This browning reaction is a form of the Maillard reaction. Toasting warms the bread, making it more pleasant to eat for some, and makes it crisp such that it holds toppings more securely. Toasting is also a common method of making stale bread palatable. Toast is often served with butter, cheese, marmalade, or any number of other toppings, thereby making an open-faced sandwich. Toast is a typical breakfast food, and may be bought as is in supermarkets, or made at the home from regular bread.
Contents
1 Toasting methods
1.1 Household toaster
1.2 Toaster oven
1.3 Grill
1.4 Open fire
1.5 Reflector toaster
2 Preparation and use
3 See also
4 References
//
Toasting methods
Household toaster

A classic two-slot toaster
The usual method of browning bread is by the use of a toaster, a small appliance made for that purpose, first used in the late nineteenth or early twentieth century.[1] For a modern toaster, sliced bread is placed into the narrow slots on the top of the device and the desired toast setting is selected (some toasters have more elaborate settings than others). Then, the lever on the side of the toaster is pushed down, simultaneously turning on the heating elements.
Toaster oven
A more modern method of toasting is the use of a toaster oven. This device can be used both as a conventional oven and for toasting. It is usually a scaled down version of a conventional oven. The use of a toaster oven is more similar to that of a conventional oven: settings such as temperature and cooking time are set with knobs or buttons on the toaster oven. The bread is then placed on the oven rack to cook. Unlike the traditional toaster, the toast does not pop out the top when it is ready. Instead, the toast is simply removed from the oven by hand using an oven mitt or potholder. Some prefer the toaster oven because it takes up little counter space and can be used to bake small food items without having to use the conventional oven, but it is still debated[who?] whether it gives toast the "crunch" that a traditional toaster does.
Grill
Toast can also be prepared under a grill (American English: broiler). This method requires turning the toast halfway through the cooking process, making it less convenient than using a toaster. This method also allows a range of toast based dishes to be created, for example cheese on toast where the bread is toasted on one side, turned and topped with cheese before finally grilling the second side.
Open fire
Traditionally toast can be prepared on a wood or coal burning open fire, using a toasting fork (a long slender fork made entirely for this purpose). As with the grill based method this requires turning the toast during the cooking process.
Reflector toaster
Another way to make toast is to use a reflector toaster. They are usually made of a reflective material the directs sunlight towards the toast and are similar to reflector ovens. Some reflector toasters can be put near a campfire to reflect the heat at the toast.
Preparation and use

A slice of bread, contrasting untoasted and toasted
Care must be taken while toasting bread to avoid burning toast unless it is desired in that state. Burnt toast is possibly carcinogenic, due to elevated levels of benzopyrene. [2]
Toast is commonly eaten with butter or margarine spread over it. Jams, jellies and other spreads are also commonly used as toppings. In some countries a more popular practice is to spread a yeast extract, such as Marmite or Vegemite on toast. "Beans on toast" and "Eggs on toast" are both very popular simple meals in the United Kingdom. Other methods of preparing toast include to sprinkle a mixture of sugar and cinnamon on buttered toast, creating cinnamon toast.[3] Toast spread with jam, jelly, apple butter or marmalade is commonly associated with breakfast. It is sometimes used instead of fresh bread for making sandwiches (such as a BLT sandwich).
Toast is a common component of many breakfasts, and is also used in some traditional bland specialty diets for people with gastrointestinal problems such as diarrhea, or morning sickness during pregnancy, such as the BRAT diet consisting of bananas, rice, applesauce, and toast.[4]
Bread can also be cubed before being toasted, sometimes after being coated with seasonings. These toasted cubes are called croutons, and are often added to salads, soups, and other dishes.
See also
Look up toast in Wiktionary, the free dictionary.
Wikimedia Commons has media related to: Toast
French toast
Toasted sandwich
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Mesh (scale)

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For other uses, see Mesh (disambiguation).
Mesh material is often used in determining the particle size distribution of a granular material. For example, a sample from a truckload of peanuts may be placed atop a mesh with 5 mm openings. When the mesh is shaken, small broken pieces and dust pass through the mesh while whole peanuts are retained on the mesh. A commercial peanut buyer might use a test like this to determine if a batch of peanuts has too many broken pieces. This type of test is common in some industries, and to facilitate uniform testing methods, several standardized mesh series have been established.
Applicable standards are ISO 565 (1987), ISO 3310 (1999), ASTM E 11-70 (1995), DIN 4188 (1977), BS 410 (1986) and AFNOR NFX11-501 (1987).
Contents
1 Tyler mesh size
2 Variation in mesh openings
3 Particle size distribution
4 Abrasives
5 Sieve size conversion chart
6 Resources
7 References
//
Tyler mesh size
One well-known mesh series is the Tyler Equivalent created by the W.S. Tyler screening company[1] . Tyler mesh size is the number of openings per (linear) inch of mesh. To calculate the size of the openings in a mesh the thickness of the wires making up the mesh material must be taken into account. In practice, mesh openings are determined referring to a chart like the one below. Mesh size given as 4*4 means the number of square in one inch horizontally is 4 and vertically is 4.
Variation in mesh openings
Some standards use the mesh designation as the number of wires rather than the size of openings (see Tyler, above). There can be significant differences in particle size passing small laboratory screens versus large heavy-duty industrial screens due to the different wire sizes used. Thicker wire results in a smaller opening size for an equivalent mesh. An example of variation moving between machine sizes is:[2]
Laboratory sieve cloth
Sieve
Wire width
Opening
Opening
10 Mesh
0.9 mm [3]
0.0787 in
2000 ?m
Medium industrial screen cloth
Sieve
Wire Width
Opening
Opening
10 Mesh
0.035 in
0.0650 in
1651 ?m
Heavy industrial screen cloth
Sieve
Wire Width
Opening
Opening
10 Mesh
0.047 in
0.053 in
1346 ?m
Particle size distribution
Powders and granular materials are sometimes described as having a certain mesh size (e.g. 30 mesh sand). By itself, this type of description is somewhat ambiguous. More precise specifications will indicate that a material will pass through some specific mesh (that is, have a maximum size; larger pieces won't fit through this mesh) but will be retained by some specific tighter mesh (that is, a minimum size; pieces smaller than this will have passed through the mesh). This type of description establishes a range of particle sizes.
One notation for indicating particle size distribution using mesh size is to use + and - designations. A "+" before the sieve mesh indicates the particles are retained by the sieve, while a "-" before the sieve mesh indicates the particles pass through the sieve. This means that typically 90% or more of the particles will have mesh sizes between the two values.
For instance, if the particle size of a material is described as -80/+170 (or could also be written -80 +170), then 90% or more of the material will pass through an 80 mesh sieve and be retained by a 170 mesh sieve. Using the conversion chart below, the resulting particles will have a range of diameters between 0.089 and 0.178 mm (89 and 178 micrometers).
Abrasives
The Federation of European Producers of Abrasives (FEPA) has four sets of standards to denote size of grains coupled with the type of abrasive. The standards indicate a range of grit sizes that may come within any single designator which consists of a letter (F for bonded abrasives and P for coated abrasives) and a number. Within each series are two standards detailing the larger macrogrit (approximately 12 240) and smaller microgrit (approximately 230 2000 or 2500) sizes and the different process by which sizes are determined (sieving for the larger grits and sedimentation for the smaller).
While following the common practice of smaller designators meaning coarser grits and similar cut-off marks between macro- and microgrit standards, the F and P series are not compatible. While F 12 and P 12 are only about 3% different in size, P 2000 is more than 750% larger than F 2000 (that is, the particles in F 2000 are about 8.5 times as large as those in P 2000).[4] [5]
Metal surfaces mechanically polished are designated as having a mechanical finish related to the abrasive used.
Sieve size conversion chart
Typical openings in laboratory sieve series
Sieve size (mm)
BSS
Tyler (approx)
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Scrapmetal

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(Redirected from Scrapmetal (Transformers))
The Scrapmetal are characters in the fictional Transformers universe, appearing in the cartoon and toy series Transformers Cybertron.
Contents
1 Transformers: Cybertron
1.1 Animated series
1.2 Transformers Cybertron: Balancing Act
1.3 Toys
2 References
//
Transformers: Cybertron
Transformers character
Scrapmetal
Affiliation
Decepticon
Japanese name
Ramble
Sub-Group
Scouts
Function
Search soldier
Motto
"I will bury and exhaust planet Seibertron."
Alternate Modes
"Beast Machine" (according to Hasbro)
Series
Transformers: Cybertron
Their official Hasbro bio described them as a form of Terrorcon found on Cybertron and other worlds. They had been mutated by Unicron's power into a voracious swarm always on the lookout for new materials to use in the construction of yet more Scapmetal drones. They are a serious enough threat that the Autobots have to contain them in case they get out of control.
Interestingly, the Hasbro bio for the red variant of Scrapmetal painted it as a sentient leader of the horde of Scrapmetal drones, with the ability to plan and strategise. Unsurprisingly, he now wants to use the limitless numbers of drones to gain more power for itself. This Scrapmetal never appeared in the show.
Animated series
The Scrapmetal are an army of drone-like, mutant mechanical lifeforms. While they bear the Decepticon symbol, they serve neither Megatron nor Starscream, and act not unlike swarms of vicious insects. They come from worlds neighboring Cybertron, and swarmed to the planet when it was abandoned during the black hole crisis. They were faced down by the Cybertron Defense Team, who wiped out a large number of them. However, the Scrapmetal population survived, and during a later adventure attacked and nearly killed Crumplezone, although he was resurrected by Megatron as Dark Crumplezone. Later, a destroyed Scrapmetal was used by Coby to create his own pilotable Transformer, the "Cobybot". They all transform into "spider-tank" vehicles, and come in varieties of red, blue, and yellow. What happened to the remaining Scrapmetals were not shown in the series.
Transformers Cybertron: Balancing Act
The heralds of Unicron, Ramjet and Nemesis Prime used several Scrapmetals as henchmen. They were presumably killed by Sentinel Maximus, Omega Prime, Downshift and Vector Prime.
Toys
Red Scrapmetal (2006)
This toy was later remolded into Cobybot. [1]
A Chinese made knockoff of this toy was released in 2008. It was slightly similified and recolored to be part of a combiner set called Super Change to United. [2]
Yellow Scrapmetal (2006)
A redeco of the red Scrapmetal toy.
Blue Ramble (2005)
Only released in Japan by Takara.
References
^ Scrapmetal (2006) - Decepticon - www.tfu.info
^ ???????
Categories: Decepticons | Terrorcons(and so on)

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Molten-Salt Reactor Experiment

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MSRE plant diagram
The Molten-Salt Reactor Experiment (MSRE) was an experimental molten-salt reactor at the Oak Ridge National Laboratory (ORNL); researching this technology through the 1960s. The MSRE was a 7.4MWth test reactor simulating the neutronic "kernel" of an inherently safe epithermal thorium breeder reactor. It used three fuels: plutonium-239, uranium-235 and uranium-233. The last, 233UF4 was the result of breeding from thorium.
Since this was an engineering test, the large, expensive breeding blanket of thorium salt was omitted in favor of neutron measurements.
In the MSRE, the heat from the 650 core was shed via a cooling system using air blowers and radiators. It is thought similar reactors could power high-efficiency heat engines such as gas turbines.
The MSRE was located at ORNL. Its piping, core vat and structural components were made from Hastelloy-N and its moderator was a pyrolytic graphite core. It went critical in 1965 and ran for four years. The fuel for the MSRE was LiF-BeF2-ZrF4-UF4 (65-30-5-0.1), the graphite core moderated it, and its secondary coolant was FLiBe (2LiF-BeF2), it operated as hot as 650 and operated for the equivalent of about 1.5years of full power operation.
The result promised to be a simple, reliable reactor. The molten salt reactor experiment was needed to prove the technology. The purpose of the Molten-Salt Reactor Experiment was to demonstrate that some of the key features of the proposed molten-salt power reactors could be embodied in a practical reactor that could be operated safely and reliably and be maintained without excessive difficulty. For simplicity, it was to be a fairly small, one-fluid (i.e. non-breeding) reactor operating at 10MW(t) or less, with heat rejection to the air via a secondary (fuel-free) salt.
Contents
1 Plant description
1.1 Core
1.2 Fuel/primary coolant
1.3 Secondary coolant
1.4 Pump
1.5 Air-cooled heat exchangers
1.6 Neutronics and thermal-hydraulics
1.7 Building grounds
1.8 Structural alloy Hastelloy-N
1.9 Development and construction timeline
2 Operation
3 Results
4 Decommissioning
5 References
6 See also
//
Plant description

MSRE reactor room, top down view
Core

Graphite MSRE core
The Pyrolytic graphite core, grade CGB, also served as the moderator.
Before the MSRE development began, tests had shown that salt would not permeate graphite in which the pores were on the order of a micrometre. Graphite with the desired pore structure was available only in small, experimentally prepared pieces, however, and when a manufacturer set out to produce a new grade (CGB) to meet the MSRE requirements, difficulties were encountered.[1]
Fuel/primary coolant
The fuel was LiF-BeF2-ZrF4-UF4 (64-30-5-1 mole%).
This reactor could breed more of its 233U fuel from thorium. Thorium is at least four times as abundant as uranium in the Earth's crust and at least 500 times as abundant as uranium-235. Compared to conventional light-water reactors, this breeding had the potential to eliminate the difficulty and expense of uranium enrichment, as well as the need for fast breeder reactors to make plutonium fuel from 238U.
Keeping all the breeding and fuel as fluoride salts made it theoretically possible to combine the reactor core and breeding blanket in one fluid, by sculpting the moderator rods. Further, it appeared that the fluid salt would permit on-site chemical separation of the fuel and wastes.
By 1960 a better understanding of fluoride salt based molten-salt reactors had emerged due to earlier molten salt reactor research for the Aircraft Reactor Experiment.
Fluoride salts are strongly ionic, and when melted, are stable at high temperatures, low pressures, and high radiation fluxes. Low pressure stability requires less robust reactor vessels and increased reliability. The high reactivity of fluorine traps most fission reaction byproducts.
The fuel system was located in sealed cells, laid out for maintenance with long-handled tools through openings in the top shielding. A tank of LiF-BeF2 salt was used to flush the fuel circulating system before and after maintenance. In a cell adjacent to the reactor was a simple facility for bubbling gas through the fuel or flush salt: H2-HF to remove oxide, F2 to remove uranium as UF6. Haubenreich and Engel,[2] Robertson,[3] and Lindauer[4] provide more detailed descriptions of the reactor and processing plant.
Secondary coolant

Molten FLiBe
The secondary salt was LiF-BeF2 (6634 mole%).
Pump
The bowl of the fuel pump was the surge space for the circulating loop, and here about 50gal/min of fuel was sprayed into the gas space to allow xenon and krypton to escape from the salt. Removing xenon made the reactor safer and...(and so on)

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Rolling (metalworking)

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Profile rolling (to manufacture a cone)
Rolling is a fabricating process in which the metal, plastic, paper, glass, etc. is passed through a pair (or pairs) of rolls. There are two types of rolling process, flat and profile rolling. In flat rolling the final shape of the product is either classed as sheet (typically thickness less than 3 mm, also called "strip") or plate (typically thickness more than 3 mm). In profile rolling the final product may be a round rod or other shaped bar, such as a structural section (beam, channel, joist etc). Rolling is also classified according to the temperature of the metal rolled. If the temperature of the metal is above its recrystallization temperature, then the process is termed as hot rolling. If the temperature of the metal is below its recrystallization temperature, the process is termed as cold rolling. Another process also termed as 'hot bending' is induction bending, whereby the section is heated in small sections and dragged into a required radius.
Heavy plates tend to be formed using a press process, which is termed forming, rather than rolling.
Contents
1 Hot Rolling
1.1 Hot Rolling Process
1.2 Hot Rolling Applications
1.3 Types of Hot Rolling Mills
2 Cold rolling
2.1 Physical metallurgy of cold rolling
2.2 Degree of cold work
2.3 Cold rolling as a manufacturing process
3 Foil rolling
4 Plate Roll Bending
4.1 Workpiece Geometry
5 Progressive Roll Forming
5.1 Geometric Possibilities
6 See also
7 External links
8 References
8.1 Bibliography
//
Hot Rolling

Hot/Cold Rolling

Hot/Cold Rolling Animation
Hot rolling is a hot working metalworking process where large pieces of metal, such as slabs or billets, are heated above their recrystallization temperature and then deformed between rollers to form thinner cross sections. Hot rolling produces thinner cross sections than cold rolling processes with the same number of stages. Hot rolling, due to recrystallization, will reduce the average grain size of a metal while maintaining an equiaxed microstructure where as cold rolling will produce a hardened microstructure.
Hot Rolling Process
A slab or billet is passed or deformed between a set of work rolls and the temperature of the metal is generally above its recrystallization temperature, as opposed to cold rolling, which takes place below this temperature. Hot rolling permits large deformations of the metal to be achieved with a low number of rolling cycles. As the rolling process breaks up the grains, they recrystallize maintaining an equiaxed structure and preventing the metal from hardening. Hot rolled material typically does not require annealing and the high temperature will prevent residual stress from accumulating in the material resulting better dimensional stability than cold worked materials.
Hot rolling is primarily concerned with manipulating material shape and geometry rather than mechanical properties. This is achieved by heating a component or material to its upper critical temperature and then applying controlled load which forms the material to a desired specification or size.
Hot Rolling Applications
Hot rolling is used mainly to produce sheet metal or simple cross sections such as rail road bars from billets.
Mechanical properties of the material in its final 'as-rolled' form are a function of:
material chemistry,
reheat temperature,
rate of temperature decrease during deformation,
rate of deformation,
heat of deformation,
total reduction,
recovery time,
recrystallisation time, and
subsequent rate of cooling after deformation.
Types of Hot Rolling Mills
Prior to continuous casting technology, ingots were rolled to approximately 200millimetres (7.9in) thick in a slab or bloom mill. Blooms have a nominal square cross section, whereas slabs are rectangular in cross section.
Slabs are the feed material for hot strip mills or plate mills and blooms are rolled to billets in a billet mill or large sections in a structural mill.
The output from a strip mill is coiled and, subsequently, used as the feed for a cold rolling mill or used directly by fabricators. Billets, for re-rolling, are subsequently rolled in either a merchant, bar or rod mill.
Merchant or bar mills produce a variety of shaped products such as angles, channels, beams, rounds (long or coiled) and hexagons. Rounds less than 16millimetres (0.63in) in diameter are more efficiently rolled from billet in a rod mill.
Cold rolling

Rolling mill for cold rolling metal sheet like this piece of brass sheet.
Cold rolling is a metalworking process in which metal is deformed by passing it through rollers at a temperature below its recrystallization...(and so on)

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Fuchsia

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Not to be confused with Fascia.
For other uses, see Fuchsia (disambiguation).
Fuchsia
Fuchsia magellanica shoots withflowers (above) and fruits (below)
Scientific classification
Kingdom:
Plantae
Division:
Magnoliophyta
Class:
Magnoliopsida
Order:
Myrtales
Family:
Onagraceae
Genus:
FuchsiaPlum.
Species
About 100; see text

Flower of Fuchsia(Japan)
Fuchsia is a genus of flowering plants, mostly shrubs and can grow long shoots, which were identified by Charles Plumier in the late-17th century, and named by Plumier in 1703 after the German botanist Leonhart Fuchs (15011566).[1] The English name fuchsias is frequently misspelled "fuschias".
Contents
1 Description
2 Species
2.1 Section 1: Quelusia
2.2 Section 2: Eufuchsia
2.3 Section 2a: Ellobium
2.4 Section 3: Kierschlegeria
2.5 Section 4: Skinnera
2.6 Section 5: Hemsleyella
2.7 Section 6: Schufia
2.8 Section 6a: Jimenezia
2.9 Section 7: Encliandra
3 Cultivation
4 Pests and diseases
5 Pronunciation
6 History
7 Further information
8 Gallery
9 References
10 External links
//
Description
There are about 100110 species of Fuchsia. The great majority are native to South America, but with a few occurring north through Central America to Mexico, and also several from New Zealand, and Tahiti. One species, Fuchsia magellanica, extends as far as the southern tip of South America occurring on Tierra del Fuego in the cool temperate zone, but the majority are tropical or subtropical. Most fuchsias are shrubs from 0.24 m (8 in-13 ft) tall, but one New Zealand species, Kotukutuku (Fuchsia excorticata), is unusual in the genus in being a tree, growing up to 1215 m (39-49 ft) tall.
Fuchsia leaves are opposite or in whorls of 35, simple lanceolate and usually have serrated margins (entire in some species), 125 cm long, and can be either deciduous or evergreen depending on the species. The flowers are very decorative pendulous "eardrop" shape, borne in profusion throughout the summer and autumn, and all year in tropical species. They have four long, slender, sepals and four shorter, broader, petals; in many species the sepals are bright red and the petals purple (colours that attract the hummingbirds that pollinate them), but the colours can vary from white to dark red, purple-blue, and orange. A few have yellowish tones, and recent hybrids have added the color white in various combinations. The ovary is inferior and the fruit is a small (525 mm) dark reddish green, deep red, or deep purple, edible epigynous berry containing numerous very small seeds. Many people describe the fruit as having a subtle grape flavor spiced with black pepper.
Species
Felix Munz in his The Genus Fuchsia classified the genus into seven sections of 100 species. The majority of species, 94 of them, originate in Central and South America, West Indies, Haiti and Cuba. The other 6 species were found in New Zealand and Tahiti.
The vast majority of garden hybrids have descended from a few parent species.[2]
Section 1: Quelusia

Fuchsia regia
Species in this section have the nectary fused to the base of the hypanthium (tube). The hypanthium is cylinder shaped and is generally no longer than the sepals. The stamens are long and extend beyond the corolla (petals) (exserted).
Fuchsia alpestris
Fuchsia bracelinae
Fuchsia brevilobis
Fuchsia campos-portoi
Fuchsia coccinea
Fuchsia glazioviana
Fuchsia hatschbachii
Fuchsia magellanica
Fuchsia regia
Section 2: Eufuchsia
Eufuchsia is the largest section of fuchsias. Flowers are perfect with convolute petals erect stamens that may or may not project beyond the corolla, the stamens opposite the petals are shorter. The fruit has many seeds.
Fuchsia abrupta
Fuchsia andrei
Fuchsia asperifolia
Fuchsia aspaiziu
Fuchsia asplundii
Fuchsia austromontana
Fuchsia ayavacensis
Fuchsia boliviana
Fuchsia canescens
Fuchsia confertifolia
Fuchsia cordifolia
Fuchsia corymbiflora
Fuchsia cuatresasasii
Fuchsia decussata
Fuchsia denticulata
Fuchsia fischeri
Fuchsia fufuraceae
Fuchsia gehringeri
Fuchsia glaberrima
Fuchsia hartwegii
Fuchsia hirtella
Fuchsia hypoleuca
Fuchsia jahnii
Fuchsia Lehmanii
Fuchsia leptopoda
Fuchsia llewelynii
Fuchsia loxensis
Fuchsia macrophylla
Fuchsia macrostigma
Fuchsia magdalenae
Fuchsia matthewsii
Fuchsia munzii
Fuchsia osgoodii
Fuchsia ovalis
Fuchsia pallescens
Fuchsia petiolaris
Fuchsia pilosa...(and so on)

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Austria Microsystems

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austriamicrosystems AG

austriamicrosystems site near Graz, Austria
Type
Public (SIX:AMS)
Founded
1981, Joint Venture of American Microsystems Inc (AMI) and VOEST Alpine AG
Headquarters
Unterpremst?tten, Austria
Key people
John A. Heugle (CEO), Michael Wachsler-Markowitsch, (CFO)
Industry
Semiconductors
Products
Semiconductors, High Performance Analog ICs (Power Management, Mobile Entertainment, Audio circuits, Sensor & Sensor Interfaces, Interfaces, RF Products, Data Converters)
Employees
more than 1,000 (2008)
Website
www.austriamicrosystems.com
austriamicrosystems designs and manufactures high performance analog ICs (integrated circuits), combining more than 25 years of analog design capabilities and system know-how with its own manufacturing and test facilities. austriamicrosystems leverages its expertise in low power and high accuracy to provide customized and standard analog semiconductors, which include ASICs (Application Specific Integrated Circuits) and high performance standard product solutions. The company focuses on the areas of power management, sensors & sensor interfaces, portable audio and car access in its markets Communications, Industry & Medical and Automotive, complemented by its Full Service Foundry activities.
austriamicrosystems employs more than 1,000 people in Europe, America, Africa and Asia with product design and sales locations in Austria, Italy, Germany, France, Finland, Sweden, Great Britain, Switzerland, the U.S., South Africa, Japan, Singapore, Hong Kong, China, Taiwan, India and South Korea. Manufacturing facilities include a 200mm (8) wafer fab in Austria and test centers in Austria and the Philippines. austriamicrosystems global network of distributors ensures full access to a broad spectrum of customers in key markets worldwide.
Contents
1 History
2 Executive Board
3 Management team
4 Leading edge products
5 Quality and environmental management
6 References
7 External links
//
History
Austria Mikro Systeme (AMS) was founded in August 1981 through a joint venture between American Microsystems Inc (AMI) and VOEST Alpine AG, based near Graz, Austria. In the year of 1989 the first overseas sales office opened in San Jose in the heart of Silicon Valley, California. The company value rises with the award of the specialist publication "Semiconductor International USA" as the "Top Fab of 1992" in Europe.
The next important step in the company history was in 1993 when austriamicrosystems became the first semiconductor manufacturer in Europe to go public, listed on Vienna Stock Exchange.
Furthermore in 1998 the company played a role in NASA's "Deep Space 2" mission to Mars. Two chips, developed in conjunction with the aircraft manufacturer, Boeing, controlled all power supply to the space probe.
With the turn of the millenium the foundation stone for the new 200 mm wafer fab was laid which went into service after just 18 months of construction and during the same year two Design Centers were opened in Rapperswil Switzerland, and Pisa, Italy. In 2000 the company returned to private status with Permira Private Equity Fund as majority owner and became austriamicrosystems AG.
In the following year austriamicrosystems turned out to be the first Austrian company to fulfill 100 per cent of the regular audit requirements for quality standards QS 9000 and VDA 6.1. In addition, the technology and know-how transfer agreement with Taiwan Semiconductor Manufacturing Company Ltd. (TSMC), the world largest semiconductor foundry, allowed accelerated introduction of leading 0.35?m CMOS process and addition of special process modules.
In 2002, two new sales offices were created in Hongkong and Singapore, as well as the expansion of locations in Japan and the USA.
Further expansion of worldwide presence with new sales offices in South Korea, China, Finland and Sweden were taking place in 2003 and also a new Design center for multimedia playback applications was set up in Bangalore (India). Only European foundry ranked among Top Ten foundries worldwide in Silicon Strategies ilicon Foundry of the Year 2003 report.
Since May 17, 2004 austriamicrosystems AG is listed on the SWX Swiss Exchange in Zurich.
During the last years, austriamicrosystems focuses on the areas of power management, sensors & sensor interfaces, portable audio and car access through its business units Communications, Industry & Medical, Automotive and Full Service Foundry.
Executive Board
John A. Heugle (CEO since 2002),
Michael Wachsler-Markowitsch (CFO since 2003)
Management team
Franz Faschinger (Head of Industry & Medical, Standard Linear)
Peter Gasteiner (Head of Communications)
Bernd Gessner (Head of...(and so on)

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