Archive for August, 2009

Twinings

Friday, August 21st, 2009

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Old Twinings Shop on The Strand, London

Twinings is a marketer of tea, based in Andover, Hampshire, England.

Contents

1 History

2 Products

3 Product Range

3.1 Tea

3.1.1 Everyday Tea

3.1.2 Specialty Teas

3.1.2.1 Classics

3.1.2.2 Light Classics

3.1.2.3 Aromatics

3.1.2.4 winings &

3.1.2.5 Reserve

3.1.2.6 Premium Quality

3.1.3 Green Tea & Infusions

3.1.3.1 Fresh & Fruity

3.1.3.2 A Moment of Calm

3.1.3.3 Revive & Revitalise

3.1.3.4 Cleanse

3.1.3.5 Green Teas

3.1.3.6 White Tea

3.2 Coffee blends

3.3 Hot Chocolate

3.4 Iced Tea

4 Notable members of the Twining family

5 References

6 External links

//


History

Thomas Twining opened the first known tea room in 1706, which remains at 216 Strand, London today. In 1787 the company created its logo, still in use today, which is thought to be the world’s oldest commercial logo that has been in continuous use since its inception. Under Associated British Foods since 1964, Stephen Twining now represents the company’s ten generations. In 2006, Twinings celebrated its 300th anniversary with new teas, a special anniversary tea, associated tea caddies and updated product packaging. Twining’s is a Royal Warrant holder (appointed by HM The Queen).

Products



Twinings Earl Grey packet

Twinings mostly provides mid-range teas such as Lapsang Souchong, Lady Grey and Darjeeling. It is generally accepted that the company was the first to blend Earl Grey in Britain during the premiership of Charles, 2nd Earl Grey, although this is disputed by rival tea merchants Jacksons of Piccadilly, which is owned by Twinings.

During 2005, Twinings introduced its first generic, non-speciality tea, under the brand ‘Everyday Tea’. In 2006 they started producing a tinned luxury chocolate drink, and in 2007 they also launched a selection of tinned luxury coffees onto the market.

The company is a founding member of the Ethical Tea Partnership, a group of tea-packing companies that work for a fair trade policy and monitor the ethical conditions on tea estates.

Stephen Fry recently appeared in the Twinings TV adverts. Notably on QI, a programme he hosts, he has been made fun of for being the front man of Twinings, especially from the likes of Phill Jupitus. The latest celebrity recruit is homemaker personality Nigella Lawson.

Twinings also owns Nambarrie, a tea company based in Belfast, Northern Ireland, which has been trading for 140 years. In April 2008 Twinings announced their decision to close the Nambarrie plant with the likely loss of 34 jobs. Twinings said it needed to consolidate its UK manufacturing operations in the face of increasing global competition. Nambarrie Managing Director Brian Davis commented “Our employees have made us a local success and for that we owe them a deep debt of gratitude”.

Product Range

Tea

Everyday Tea

Twinings first ‘generic’ tea, packaged in cardboard boxes containing 40, 80, 160 or 240 tea bags.

Specialty Teas

Classics

300 Year Celebration tea

Assam

Decaffeinated Traditional English

English Breakfast

Irish Breakfast

Organic English Breakfast

Prince of Wales

Traditional Afternoon

Light Classics

Ceylon

Darjeeling

Keemun

Yunnan

Aromatics

Chai

Christmas Tea

Decaffeinated Earl Grey

Earl Grey

Lady Grey

Lapsang Souchong

Organic Earl Grey

winings &

After Dinner Mint

Orange

Pineapple & Rooibos

Rose

Vanilla & Coconut

Reserve

Golden Tipped Assam & Kenyan Blend

Premium Quality

Organic Blend

Premium Quality 1706

Green Tea & Infusions

Fresh & Fruity

Raspberry, Strawberry & Loganberry

Cranberry, Raspberry & Elderflower

Strawberry & Mango

Cranberry & Pomegranate

Echinacea & Raspberry

Pomegranate & Raspberry

Blackberry & Nettle

Blackcurrant, Ginseng & Vanilla

Cranberry & Sanguinello Orange

Blueberry & Apple

A Moment of Calm

Pure Camomile

African Rooibos, Strawberry & Vanilla

Cherry & Cinnamon

Camomile & Spiced Apple

Orange, Mango & Cinnamon

African Honeybush with a hint of Lavender

Lemongrass with a hint of Lavender

Camomile & Spearmint

Camomile & Lime Flowers

Revive & Revitalise

Pure Peppermint

Sweet Fennel

Lemon & Ginger

Peppermint & Eucalyptus

Lemongrass & Eucalyptus

Cleanse

Nettle & Peppermint

Nettle & Sweet Fennel

Green Teas

Pure Green Tea

Green Tea with Jasmine

Green Tea with Pineapple and Grapefruit

Green Tea with Cranberry

Green Tea with Orange & Lotus Flower

Green Tea with Apple & Pear

Green Tea with Pomegranate

Green Tea with Citrus

Green Tea with Mint

Green Tea Earl Grey

Gunpowder Green Tea

White Tea

Pure White Tea

White Tea with Pomegranate

Coffee blends

Intense

Rich

Mellow

Decaffeinated

Hot Chocolate

Swiss Chocolate Drink

Iced Tea

Green Tea & Lemon

Green Tea & Peach

Raspberry

Cherry

Lemon

Peach

Notable members of the Twining family

Elizabeth Twining (18051889), botanical illustrator.

Edward Twining, Baron Twining (1899-1967), British colonial governor.

References

^ Standage, T. (2005). A history of the world in six glasses. New York: Walker. P. 202.

^ “Twinings celebrates 300 years with new teas and new packaging”. written at London, England, United Kingdom (HTML). Tea & Coffee Trade Journal. 20 June 2006. http://www.allbusiness.com/sector-31-33-manufacturing/food-manufacturing-food/1178535-1.html. Retrieved on 17 January 2009. “To celebrate its 300th Anniversary, Twinings will introduce a selection of new tea blends including: Indian Spiced Chai (Origins); Citrus Spice Sunset (Herbal); African Rooibos Red Tea (Origins); Cinnamon Apple BreakFast (Classics). … Twinings has [also] unveiled an entirely new package design and graphics.”

^ “Tea History of the Earl Grey” (HTML). Art of Tea. 24 October 2008. http://artoftea.com/wordpress/2008/10/24/tea-history-of-the-earl/. Retrieved on 18 January 2009.

^ “Jacksons of Piccadilly - the finest quality teas from around the world”. written at United Kingdom (HTML). http://www.jacksonsofpiccadilly.co.uk/. Retrieved on 17 January 2009. “Tea is a work of art and needs a master hand to bring out its noblest qualities.”

^ “Ethical Tea Partnership - Working for a Responsible Tea Industry”. written at United Kingdom (HTML). http://www.ethicalteapartnership.com/index.asp. Retrieved on 17 January 2009.

^ “Tea Time Over For Nambarrie”. written at Northern Ireland, United Kingdom (HTML). 4NI.co.uk Northern Ireland News. 11 April 2008. http://www.4ni.co.uk/northern_ireland_news.asp?id=74242. Retrieved on 17 January 2009. “One of Northern Ireland’s top teas - and a favourite in Scotland too - is no longer to be packed in central Belfast.”

External links

Official British website

Official Canadian website

Official American website

Criticisms of perceived changes to Twinings’ Earl Grey blend (American version)

Interview with Stephen Twining (September 2006) The Citizen, South Africa



v?d?eSelected Royal Warrant holders of the British Royal Family

Granted by HM The Queen


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Chrysler K platform

Friday, August 21st, 2009

Single-Needle Cylindrical Industrial Sewing Machine ,
Single-Needle Cylindrical Industrial Sewing Machine




It needs additional references or sources for verification. Tagged since March 2008.

It may require general cleanup to meet Wikipedia’s quality standards. Tagged since February 2008.

K-platform

Manufacturer

Chrysler Corporation

Production

19811995

Predecessor

F-bodyJ-bodyM-body

Successor

PLJALHNS

Class

Compact carMid-size carMinivan

Layout

FF layout

Body style(s)

2-door convertible2-door coupe3-door hatchback4-door sedan4-door station wagon5-door hatchback

Engine(s)

2.2 L K I42.2 L Turbo I I42.2 L Turbo II I42.2 L Turbo III I42.2 L Turbo IV I42.2 L TC I42.5 L K I42.5 L Turbo I42.6 L Mitsubishi G54B I43.0 L Mitsubishi 6G72 V63.3 L EGA V63.8 L EGH V6

The Chrysler Corporation’s K-cars were compact-to-midsize cars designed to carry six adults on two bench seats and were aimed not only to replace Chrysler’s nominally-compact F-body Aspen and Volar, but also to compete with intermediates like the Chevrolet Malibu and Ford Fairmont. Based on their passenger space, the K-cars were placed in the same “midsize” category by the United States Environmental Protection Agency? as Chrysler’s significantly larger and heavier M-body cars

The K cars have been categorized as compact for their external size and small front-wheel drive layout. Technically, the K cars include only the Dodge Aries, Plymouth Reliant, second generation Chrysler LeBaron, and the Dodge 400, which used the K platform. The rest of the K-derivatives, including Chrysler’s minivans, were based on the K platform with adaptations and modifications to suit vehicles of different size and intended usage. These vehicles had modified suspensions and were longer and heavier than the original K-cars, but all had the same basic architecture: a solid beam rear axle, independent front suspensions with MacPherson struts, and front-wheel drive (except for the AWD minivans). Sometimes, they also shared numerous internal components and trim pieces (e.g. the Reliant and first-generation Voyager).

Contents

1 Sales figures

2 Stretched-wheelbase versions

3 Derivatives

4 Common platforms

5 Nameplates

6 References

//


Sales figures

The actual K-cars (Dodge Aries, Plymouth Reliant, Chrysler LeBaron, Dodge 400, and, in Mexico, Dodge Dart) sold very well, selling between 280,000 and 360,000 every year from 1981 to 1988, and edging over 100,000 in their final year, 1989. The manual transmission provided acceleration of 0-60 mph in 10 seconds, while the automatic was between 13 and 14 seconds, similar to or better than most competitors, while gas mileage was rated by the EPA at 26 mpg city, 41 mpg highway with the manual transmission. All had a 100.1-inch (2.54m) wheelbase. The overall length of the two and four-door models was 176inches (4.5m). The wagon was 0.2inches (5.1mm) longer. The vehicles had a 13-gallon fuel tank. The coupe and sedan had approximately 15cubic feet (0.42m3) of luggage space; the wagons, 35cubic feet (0.99m3) with rear seat up and about 70feet (21m) when folded. Numerous improvements to the sound insulation and general feel were made in 1983; in 1985, the Reliant, Aries, and LeBaron received a facelift, with a rounded front fascia, smoother hood, and bigger taillights, accompanied by fuel injection on the 2.2 liter engine and a 2.5 liter engine replacing the Mitsubishi 2.6.

They were also initially very profitable, and Lee Iacocca credited them with allowing Chrysler to pay off its loans early.

Stretched-wheelbase versions

The first stretched-wheelbase K cars, introduced in 1984, were not given their own platform letter, but had stretched wheelbases with New Yorker styling in front: the Chrysler Executive Sedan and Limousine. They were made at the St. Louis assembly plant, and held five and seven passengers, respectively. The pair were powered by a carbureted Mitsubishi 2.6 liter four-cylinder engine coupled to the usual Torqueflite automatic transmission, though in the last year of the Limousine, a turbocharged (but not intercooled) Chrysler 2.2 liter four-cylinder engine was added. Standard features included air conditioning, cruise control, power brakes, front and rear cigarette lighters, front/rear divider and rear compartment with cabinet (Limousine), rear defroster, digital instrument panel, electronic voice alert, tinted glass on all windows, hood ornament, lights that went on with the dual horn, illuminated entry, a full lighting package inside, opera lights outside, dual power mirrors, power antenna, locks, windows, and driver’s seat, FM stereo, “luxury cloth” seats, tilt steering, leather steering wheel, intermittent wipers, and padded landau roof. The sedan lasted two years, while the limousine lasted four.

Derivatives

The K-derivatives offered a large variety of engines depending on year and model. Four cylinder engines were initially equipped with carburetors; fuel injection was phased in beginning in the mid-1980s. Engine output ranged from 86hp (64kW) to 224hp (167kW). Most vehicles had the 2.2L or 2.5L Chrysler four-cylinder engine, though from 1981-1986 a 2.6L Four and from 1987-1995 a 3.0L V6, both made by Mitsubishi, were offered. All had electronic ignition.[citation needed]

Chrysler economized greatly across the K-derivative models with standardized parts, so that many parts (aside from sheet metal) are easily interchanged across the lines, leading to owners upgrading by using higher-power or sportier K-derivatives’ parts.

However, in the 1990s, lack of investment in the K-derivative models coupled with the effects of too much cost-cutting and standardization[citation needed] led to a reliance on heavy rebates to sell the vehicles, causing Chrysler to lose money on many of these vehicles.[citation needed]

Though the K-derivatives did not generally have a strong reputation for performance, several were notable, particularly the Dodge Spirit R/T, which could reach 60mph (97km/h) in under six seconds, and the Daytona R/T.

Common platforms

Use of a common platform is a common practice for reducing the number of parts and engineering time, and Chrysler, when creating the K platform, was building vehicles from a small number of common platforms (e.g. F/J/M and R). Lee Iacocca claimed that the huge number of parts in inventory and the complexity of building many completely different versions of vehicles was one reason Chrysler was losing money, and directed the engineers to focus on making a large number of common parts where they would not be visible to customers; this was already common practice in Japan and Germany and would help to make the K-cars profitable even at low prices.

Nameplates

Chrysler applied nameplates somewhat capriciously, so that there could be an E-body New Yorker at the same time a C-body New Yorker was sold; there were also numerous, very different LeBarons for sale at the same time. While there were no Jeep- or Eagle-branded K-derivatives made, at least one Rubicon-ready prototype was made.

Cars using the K platform and its variants

K midsize cars

1981-1989 Dodge Aries (often referred to as the Aries K, owing to strong publicity for the K cars)

1981-1989 Plymouth Reliant (as above, also known as the Reliant K)

1982-1988 Chrysler LeBaron (coupes and convertibles were produced on this platform until 1987)

1982-1988 Chrysler LeBaron Town and Country

1982-1983 Dodge 400

1982-1988 Dodge Dart K (Mexico only)

1982-1988 Valiant Volare K (Mexico only)

1983-1988 Plymouth Caravelle coupe (Canada only)

1983-1986 Chrysler Executive limousine

1984-1986 Dodge 600 coupe and convertible

1984-1987 Dodge Magnum 400 and Dodge Magnum Turbo (Mexico only)

1985 Chrysler 600 (Mexico only)

E…
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Scroll saw

Friday, August 21st, 2009

Rhinestones (Motif) ,
Rhinestones (Motif)






Dremel scroll saw

A scroll saw is a small electric or pedal operated saw useful for cutting intricate curves where a jigsaw or coping saw is not appropriate; it is capable of creating curves with edges. It is somewhat similar to a band saw, but unlike band saws, in which the saw blade is a continuous loop, scroll saws use saw blades similar to those used by coping saws and operate through a quick reciprocating up and down motion.

Contents

1 Size

2 Important Functions

3 Uses

4 Blades

5 General references

6 References

7 External links

//


Size

Scroll saws are referred to by size. The size is the distance from the blade, to the rear frame of the saw. It determines how large of a piece of wood can be cut with the saw. The smaller saws have a throat of as little as twelve inches, while the larger commercial saws are approaching the thirty inch mark. They range in price from under a hundred dollars, to close to two thousand dollars. The more costly ones are generally much more accurate and easier to use, as the vibration in the machine is minimal. While it’s not necessary to buy an expensive machine to enjoy this tool, it’s recommended to use a machine prior to buying it.

Important Functions

It is important to check the ease of blade changes, as this is function that will be done very often. Almost all scroll sawing uses a pierce cut, which is a small hole through which the blade is fed. If you have to fight with the blade every time, you’ll quickly tire of your new saw. The other detail that should be checked is the amount of vibration in the saw. Vibration has a major effect on the quality of the saw’s work. It also reduces blade life, and often the interest of the user in continuing this hobby.

Uses

Scroll sawing is a very popular hobby for many woodworkers. While there are many reasons for this, one of the main reasons is the creativity this tool enables. There are so many scroll saw plans and projects to choose from, a person could go a lifetime, and never make it through all the available plans. A second reason is the small amount of space required to use one. You could actually use it on your kitchen table! There are many scroll saw projects that require little more that the saw itself, eliminating a huge investment in tools. These saws are almost a self contained shop, for some projects. One main purpose for using a scroll saw is the ability to cut intricate curves and joints, very quickly, and with great accuracy. They can also be used to cut dovetail joints quickly.

There is no better tool for cutting intarsia and inlays for veneer projects. The ability to stack cut veneers is a great technique for creating complicated, but beautiful pictures within veneer work. Using a very fine blade, the saw kerf is all but invisible. By stacking different variations of veneer, cutting results in perfect fitting pieces, in woods of different colors, and create very detailed pictures. Another would be the fact that other members of the family, including children, with adult supervision, can enjoy creating crafts, and realizing the pride generated by making something.

There are many different brands of scroll saws on the market today. Notable ones include Excalibur (made in Canada), RBI (made in the USA), Hegner (made in Germany), Eclipse (made in the USA), and DeWalt (originally made in Canada, but now made in the Far East). There are also a number of less expensive scroll saws made in the Far East including: Delta, Dremel (Bosch), Craftsman, Ryobi and others.

There are different types of scroll saws. The most common design is the parallel arm in which a motor is attached near the back of the arms, and the two arms always remain parallel to each other. The C-arm has a solid “C” shape with the blade being mounted between the two ends of the “C”. The parallel link, used by Excalibur and DeWalt, has rods in the upper and lower arms that are “pushed” by the motor to move short (about 4 inches 100 millimetres long) articulated arms and the end which hold the blade. The rigid arm scroll saw, which was very popular up until the 1970s, but is no longer made, has a single-piece cast iron frame. The blade is attached to a pitman arm on the bottom which pulls the blade down, and a spring in the upper arm pulls the blade back up again. This resulted in a significant weakness in that tension on the blade changed with every stroke of the blade. Modern scroll saws are all “constant tension” saws. Uncommon and larger industrial type scroll saws, included spring or vacuum sprung scroll saws, didn’t have arms. Instead they had the reciprocation mechanism at one end of the blade and a tension device on the other to return the push stroke, their advantage being the tension/spring device could be hung from the ceiling of a building and large parts that otherwise could not be cut on arm-style scroll saws could be cut, e.g., aircraft frames of the past.

Blades



Hand-operated scroll saw, around 1900

Scroll saw blades come in many different types. With the exception of blades made for very light duty saws, typical blades are five inches long. The major types are:

Skip tooth (or single skip tooth) which has a tooth, a gap then another tooth;

Double skip tooth (two teeth, a gap then two teeth);

Crown or two-way which has teeth facing both up and down so it cuts on both the down-stroke (as with all other blades) and on the up-stroke;

Spiral blades which essentially are a regular flat blade which is twisted so that there are teeth sticking out on all sides.

Metal cutting blades using hardened steel;

Diamond blades (a wire coated with diamond bits) for cutting glass.

Blades come in many different sizes ranging from #10/0 for making jewelry (about the size of a coarse hair) to #12 which is like a small band saw blade.

There is also a variation called a reverse tooth blade. On reverse tooth blades, the bottom 3/4″ of the teeth are reversed (point up). This helps reduce splintering on the edges of the bottom of the cut. It does not clear sawdust out of the cut as well, making the cutting slower, producing more heat in the blade which reduces blade life, and making burning of the cut more likely. Reverse tooth blades are especially useful when cutting softwood, and plywood such as Baltic birch plywood.



v?d?eTypes of tools

Cutting tools

Adze Axe Billhook Blade Bolt cutter Broach Ceramic tile cutter Countersink Diamond blade Diamond tool Drill bit Endmill Froe Knife Machete Milling cutter Razor Reamer Saw Scalpel Scissors Splitting maul Switchblade Tool bit Utility knife Water jet cutter

Garden tools

Cultivator Garden fork Hedge trimmer Hoe Hori hori Irrigation sprinkler Lawn aerator Lawn mower Lawn sweeper Leaf blower Loppers Mattock McLeod Pitchfork Plough (plow) Pruning shears (Secateurs) Pulaski Rake Rotary tiller Scythe Spade String trimmer

Hand tools

Block plane BNC inserter/remover Brace Card scraper Chisel Clamp Coping saw Fretsaw Glass cutter Hacksaw Hammer Hand saw Locking pliers Mallet Pickaxe Pipe wrench Plane Pliers Punch Screwdriver Spirit level Sponge Torque wrench Wrench

Power tools

Band saw Belt sander Chainsaw Circular saw Concrete saw Crusher Drill Grinding machine Heat gun Impact wrench Jigsaw Jointer Lathe Nail gun Planer Radial arm saw Random orbital sander Reciprocating saw Rotary tool Sander Scroll saw Table saw Thickness planer Wood router

Other

Antique tools Ladder Thau claw Toolbox

General references

Jesberger, Lee (2007). “”The scroll saw is a very versatile saw”".Pro Woodworking Tips.com

References

^ Pro Woodworking Tips.com

External links

Pro Woodworking Tips.com

Scrollsaw Association of the World website


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Nucor

Friday, August 21st, 2009

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Egyptian 100£¥ Cotton Bed Sheets, Towels, Underwear, T-shirts


Nucor Corporation

Type

Public (NYSE:NUE)

Founded

1940

Headquarters

Charlotte, North Carolina, USA

Key people

Daniel R. DiMicco, Chairman, CEO, & President

Industry

Steel & Iron

Revenue

?$16.593 billion USD (2007)

Operating income

?$2.552 billion USD (2007)

Net income

?$1.472 billion USD (2007)

Employees

18,000 (2007)

Website

http://www.nucor.com

Nucor Corporation (NYSE:NUE) is one of the largest steel producers in the United States, and the largest of the “mini-mill” operators (those using electric arc furnaces to melt scrap steel, as opposed to companies using traditional blast furnace technology). Nucor claims to be North America’s largest recycler of any material, recycling one ton of steel every two seconds.

Contents

1 History

1.1 The REO Era

1.2 The Nuclear Corporation Era

1.3 The Nucor Era

1.4 Recent Nucor Acquisitions

2 Nucor Today

3 The Nucor Culture

3.1 Decentralized Management Philosophy

3.2 Performance Based Compensation

3.3 Egalitarian Benefits

3.4 Customer Service and Quality

3.5 Technological Leadership

4 Environmental record

5 References

6 External links

//


History

Nucor’s history consists of three distinct eras: the Reo Motor Car era, the Nuclear Corporation of America era, and the current Nucor era.

The REO Era

Nucor’s origins are with auto manufacturer Ransom E. Olds, who founded Olds Motor Vehicle Company in 1897 (later, as Oldsmobile, to become a part of General Motors). Having left his company years before it was acquired by GM, in 1905 Olds established a new company, REO Motor Car Company, the predecessor to Nucor, in Lansing, Michigan. Though Olds’ cars, including the luxurious REO Flying Cloud, were popular, they were not profitable, and the company’s more successful truck business (featuring the famous REO Speed Wagon) was still not sufficiently profitable to avoid a bankruptcy filing in 1938.

As part of the bankruptcy reorganization, REO exited the car business to concentrate on trucks, and after World War II, attempted to diversify into lawn mowers. The reorganized company continued to underperform, and finally in December 1954, REO sold off its entire manufacturing operations to Bohn Aluminum and Brass Company (suffering a $3 million loss on the sale).

The Nuclear Corporation Era

After the sale, REO was left with $16 million in cash on hand and no trading businesses. The company initiated liquidation proceedings, with the goal of selling its few remaining assets and distributing the cash to creditors and shareholders.

However, a group of dissident shareholders noticed the tax loss and successfully challenged the liquidation in a proxy fight in September 1955. In what amounted to a “reverse hostile takeover”, activist shareholders forced REO to take over a tiny nuclear services company called Nuclear Consultants, Inc.

Following the purchase, REO Motor Company emerged as “Nuclear Corporation of America Inc.”, and relocated to offices in the Empire State Building in New York City. Nuclear’s attempt to recast itself as a nuclear industry services company was ultimately no more successful than REO had been.

Nuclear then followed the example of other companies in the 1950s and 60s and attempted to become a conglomerate, once again moving its headquarters, this time to Phoenix, Arizona. During this time it would purchase, among others, Vulcraft Corporation, a steel joist manufacturer located in Florence, South Carolina. Vulcraft had been founded by Sanborn Chase (no relation to the coffee company), who died at an early age, leaving the company to his widow. Nuclear purchased Vulcraft from Chase’s widow in 1962 and, in a sign of things yet to come, hired F. Kenneth Iverson as general manager.

But Nuclear the conglomerate fared no better than Nuclear the nuclear services company or REO the car/truck/lawn mower manufacturer, and in March 1965 filed for bankruptcy for the second time in 27 years. The Board of Directors fired Nuclear’s President (and, in the process, had to return his private jet to him), but for two months could not find a replacement, as nobody wanted to head a corporation that was most likely going to go out of business. Finally, Samuel Siegel, an accountant with Nuclear (and friend of Iverson) who had actively been looking to leave the company, informed the Board of Directors he would remain with the company under two conditions: Iverson would become President and he (Siegel) would become Chief Financial Officer, conditions the Board quickly accepted.

The Nucor Era

Iverson and Siegel quickly reorganized Nuclear around its only profitable business, Vulcraft. All other Nuclear businesses were either sold or liquidated. The company moved its headquarters yet again, this time to Charlotte, North Carolina in 1966, to be closer to its main Vulcraft plant.

Unable to get favorable prices from American steel manufacturers, and unhappy with the imported steel available at the time, Iverson (a metallurgist by training) decided to integrate Nuclear backwards into steel making by building its first steel bar mill in Darlington, South Carolina in 1968. The company chose to purchase an electric arc furnace, which was far cheaper than the traditional steel blast furnace, courtesy of a US $6,000,000 bank loan from Wachovia. Although the early days were tough (once the American steel manufacturers learned Nuclear was operating its own mill, they cancelled their contracts), Nuclear was finally able to obtain the financial success that had eluded the company from its beginning.

In 1972 the company (recognizing that there was nothing “nuclear” about making steel or steel products) adopted its current name. Since that time, Nucor has expanded into other steel products, gained some control of its raw material supply and greatly expanded its market presence. In the 1990s, Nucor absorbed Birmingham Steel, including the successful Mississippi Steel plant and its own Birmingham, Alabama operations.

In September 2000, Dan DiMicco was appointed as the Chief Executive Officer by Nucor’s Board of Directors. Under his leadership, Nucor has acquired compatible existing steel manufacturing facilities with similar operating philosophies.

In 2008, Nucor operates 53 facilities throughout the United States and one plant in Point Lisas, Trinidad. The company also has other operations through wholly owned subsidiaries, Harris Steel and the David J. Joseph Company (DJJ).

Recent Nucor Acquisitions

Since 2007, Nucor has made the two biggest acquisitions in its history, one to help control its raw material supply and the other to expand its product line.

In January 2007, Nucor agreed to pay $1.07 billion dollars for Canada Harris Steel Co. The deal allowed Nucor to expand its presence in the type of steel used to build bridges, highways and other infrastructure projects, according to media reports.

And in February 2008, Nucor agreed to pay $1.4 billion for DJJ, one of the largest scrap brokerages. Analysts said the deal would help Nucor pocket more of its sales.

In August 2007, Nucor acquired the four brands of Magnatrax (American Buildings Company, Gulf States Manufacturers, Kirby Building Systems and CBC Steel Buildings) for $280 million to bolster it share in the pre-engineered metal building systems market. As a result Nucor Buildings Group was created.

In May 2008, Nucor also announced two joint ventures overseas to capitalize on thriving construction markets outside the U.S.

Nucor Today

Nucor has been profitable every quarter since 1966. The company had sales of $16.6 billion in 2007 and employed 18,000 workers.

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Polyester

Friday, August 21st, 2009

UFO Air Purifier ,
UFO Air Purifier




SEM picture of a bend in a high-surface area polyester fiber with a seven-lobed cross section

For the 1981 motion picture, see Polyester (film).

Polyester is a category of polymers which contain the ester functional group in their main chain. Although there are many polyesters, the term “polyester” as a specific material most commonly refers to polyethylene terephthalate (PET). Polyesters include naturally-occurring chemicals, such as in the cutin of plant cuticles, as well as synthetics such as polycarbonate and polybutyrate. Natural polyesters and a few synthetic ones are biodegradable, but most synthetic polyesters are not.

Polyesters may be produced in numerous forms such as sheets and three-dimensional shapes. Polyesters as thermoplastics may change shape after the application of heat. While combustible at high temperatures, polyesters tend to shrink away from flames and self-extinguish upon ignition. Polyester fibers have high tenacity and E-modulus as well as low water absorption and minimal shrinkage in comparison with other industrial fibers.

Woven polyester fabrics are used in apparel and home furnishings such as bed sheets, beds, curtains and draperies. Similarly, industrial polyesters are used in tyre reinforcements, ropes, fabrics for conveyor belts, safety belts, coated fabrics and plastic reinforcements with high energy absorption. Polyester fiberfills are also used to stuff pillows, comforters and cushion padding.

Polyester fabrics are claimed to have a “less natural” feel when compared to similarly-woven fabrics made from natural fibers (i.e. cotton in textile uses). However, polyester fabrics may exhibit other advantages over natural fabrics, such as improved wrinkle resistance. As a result, polyester fibers are sometimes spun together with natural fibers to produce a cloth with blended properties.



Close-up of a polyester shirt

Polyesters are also used to make bottles, films, tarpaulin, canoes, liquid crystal displays, holograms, filters, dielectric film for capacitors, film insulation for wire and insulating tapes.

Liquid crystalline polyesters are among the first industrially-used liquid crystalline polymers. They are used for their mechanical properties and heat-resistance. These traits also important in their application as an abradable seal in jet engines.

Thermosetting polyesters are used as casting materials, and chemosetting polyester resins are used as fiberglass laminating resins and non-metallic auto-body fillers. Fiberglass-reinforced unsaturated polyesters find wide application in bodies of yachts and as body parts of cars.

Polyesters are also widely used as a finish on high-quality wood products such as guitars, pianos and vehicle / yacht interiors. Burns Guitars, Rolls Royce and Sunseeker are a few companies that use polyesters to finish their products. Thixotropic properties of spray-applicable polyesters make them ideal for use on open-grain timbers, as they can quickly fill wood grain, with a high-build film thickness per coat. Cured polyesters can be sanded and polished to a high-gloss, durable finish.

Contents

1 Polyester fiber properties

2 The polyester industry

2.1 Basics

2.2 Raw material producer

2.3 Polyester processing

3 Synthesis

3.1 Azeotrope esterification

3.2 Alcoholic transesterification

3.3 Acylation (HCl method)

3.4 Acetate method (esterification)

3.5 Ring-opening polymerization

4 References

4.1 Notes

4.2 Bibliography

5 External links

//


Polyester fiber properties

The polyester industry

Basics

Polyester is a synthetic polymer made of purified terephthalic acid (PTA) or its dimethyl ester dimethyl terephthalate (DMT) and monoethylene glycol (MEG). With 18% market share of all plastic materials produced, it ranges third after polyethylene (33.5%) and polypropylene (19,5%).

The main raw materials are described as follows:

Purified Terephthalic Acid PTA CAS-No.: 100-21-0

Synonym: 1,4 Dibenzenedicarboxylic acid,

Sum formula; C6H4(COOH)2 , mol weight: 166,13

Dimethylterephthalate DMT- CAS-No: 120-61-6

Synonym: 1,4 Dibenzenedicarboxylic acid dimethyl ester

Sum formula C6H4(COOCH3)2 , mol weight: 194,19

Mono Ethylene Glycol MEG CAS No.: 107-21-1

Synonym: 1,2 Ethanediol

Sum formula: C2H6O2 , mol weight: 62,07

More information about polyester raw materials can be found for PTA ,DMT and MEG , at the webpage INCHEM “Chemical Safety Information from Intergovernmental Organizations”.

To make a polymer of high molecular weight a catalyst is needed. The most common catalyst is antimony trioxide (or antimony tri acetate):

Antimony trioxide ATO CAS-No.: 1309-64-4 Synonym: non, mol weight: 291,51 Sum formula: Sb2O3

In 2008 about 10 000 t Sb2O3 were used to produce around 49 Mio t polyethylene terephthalate.

Polyester is described as follows:

Polyethylene Terephthalate CAS-No.: 25038-59-9 Synonym / abbreviations: polyester, PET, PES Sum Formula: H-[C10H8O4]-n=60-120 OH, mol unit weight: 192,17

There are several reasons for the importance of PTA:

The relatively easy accessible raw materials PTA or DMT and MEG

The very well understood and described simple chemical process of polyester synthesis

The low toxicity level of all raw materials and side products during production and processing

The possibility to produce PET in a closed loop at low emissions to the environment

The outstanding mechanical and chemical properties of polyester

The recycle ability

The wide variety of intermediate and final products made of polyester

In table 1 the estimated world polyester production for textile polyester, bottle polyester resin, film polyester mainly for packaging and specialty polyesters for engineering plastics, which are the main fields of application, can be seen. According to this table, the world’s total polyester production might exceed 50 million tons per annum before the year 2010.

Table 1: World polyester production

Market size per year

Product Type

2002 [Mio t/a]

2008 [Mio t/a]

Textile-PET

20

39

Resin, Bottle/A-PET

9

16

Film-PET

1.2

1.5

Special Polyester

1

2.5

TOTAL

31.2

49

Raw material producer

The raw materials PTA, DMT and MEG are mainly produced by large chemical companies which are sometimes integrated down to the crude oil refinery where p-xylene is the base material to produce PTA and liquefied petroleum gas (LPG) is the base material to produce MEG.

Large PTA producers are for instance BP, Reliance, Sinopec, SK-Chemicals, Mitsui and Eastman Chemicals. MEG production is in the hand of about 10 global players which are headed by MEGlobal a JV of DOW and PIC Kuweit followed by Sabic.

Among the world’s largest polyester producers are the following companies:

Artenius, Advansa, DAK, DuPont, Eastman/Voridian, Hyosung, Huvis, Indorama, Invista, Jiangsu Hengli Chemical Fiber, Jiangsu Sanfangxian Industry, M&G Group, Mitsui, Mitsubishi, NanYa Plastics, Reichhold, Reliance, Rongsheng, Sabic, Teijin, Toray, Trevira, Tuntex, Wellman, Yizheng Sinopec, Zhejiang Hengi Polymerization.

With more than 500 plants in China, about half of the world production originates in that country. More information about polyester in China can be found under the web site of China Chemical Fiber Economic Information Network .

Polyester processing

After the first stage of polymer production in the melt phase, the product stream divides into two different application areas which are mainly textile applications and packaging applications. In figure 2 the main applications of…
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Female hysteria

Friday, August 21st, 2009

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Water massages as a treatment for hysteria c. 1860.

Female hysteria was a once-common medical diagnosis, made exclusively in women, which is today no longer recognized by modern medical authorities as a medical disorder. Its diagnosis and treatment was routine for many hundreds of years in Western Europe. Hysteria was widely discussed in the medical literature of the Victorian era. Women considered to be suffering from it exhibited a wide array of symptoms including faintness, nervousness, insomnia, fluid retention, heaviness in abdomen, muscle spasm, shortness of breath, irritability, loss of appetite for food or sex, and “a tendency to cause trouble”.

Since ancient times women considered to be suffering from hysteria would sometimes undergo “pelvic massage” manual stimulation of the anterior wall of the vagina by the doctor until the patient experienced “hysterical paroxysm”.

Contents

1 Early history

2 Victorian era

2.1 Theories on Victorian hysteria

3 Disappearance of hysteria as a medical diagnosis

4 See also

5 References

6 Further reading

7 External links

//


Early history

The history of hysteria can be traced to ancient times; in ancient Greece it was described in the gynecological treatises of the Hippocratic corpus, which date from the 5th and 4th centuries BCE and was recorded even earlier in Egyptian papyri.[citation needed] Plato’s dialogue Timaeus tells of the uterus wandering throughout a woman body, strangling the victim as it reaches the chest and causing disease. This theory is the source of the name, which stems from the Greek word for uterus, hystera (??????). The idea of the wandering womb may be derived from observation of prolapsed uteruses.[citation needed]

A prominent physician from the second century, Galen, wrote that hysteria was a disease caused by sexual deprivation in particularly passionate women: Hysteria was noted quite often in virgins, nuns, widows and, occasionally, married women. The prescription in medieval and renaissance medicine was intercourse if married, marriage if single, or vaginal massage (pelvic massage) by a midwife as a last recourse.

Victorian era



Advertisement from 1910.

A physician in 1859 claimed that a quarter of all women suffered from hysteria. One physician cataloged 75 pages of possible symptoms of hysteria and called the list incomplete; almost any ailment could fit the diagnosis. Physicians thought that the stresses associated with modern life caused civilized women to be both more susceptible to nervous disorders and to develop faulty reproductive tracts. In America, such disorders in women reaffirmed that the United States was on par with Europe; one American physician expressed pleasure that the country was atching up to Europe in the prevalence of hysteria.

Rachael P. Maines, author of The Technology of Orgasm: “Hysteria,” the Vibrator, and Women’s Sexual Satisfaction, has observed that such cases were quite profitable for physicians, since the patients were at no risk of death but needed constant treatment. The only problem was that physicians did not enjoy the tedious task of vaginal massage (generally referred to as ‘pelvic massage’): The technique was difficult for a physician to master and could take hours to achieve “hysterical paroxysm.” Referral to midwives, which had been common practice, meant a loss of business for the physician.



A 1918 Sears, Roebuck and Co. ad with several models of vibrators.

A solution was the invention of massage devices, which shortened treatment from hours to minutes, removing the need for midwives and increasing a physician treatment capacity. Already at the turn of the century, hydrotherapy devices were available at Bath, and by the mid-19th century, they were popular at many high-profile bathing resorts across Europe and in America.[citation needed] By 1870, a clockwork-driven vibrator was available for physicians. In 1873, the first electromechanical vibrator was used at an asylum in France for the treatment of hysteria.

While physicians of the period acknowledged that the disorder stemmed from sexual dissatisfaction, they seemed unaware of or unwilling to admit the sexual purposes of the devices used to treat it.[citation needed] In fact, the introduction of the speculum was far more controversial than that of the vibrator.

By the turn of the century, the spread of home electricity brought the vibrator to the consumer market. The appeal of cheaper treatment in the privacy of one own home understandably made the vibrator a popular early home appliance. In fact, the electric home vibrator was on the market before many other home appliance ssentials: nine years before the electric vacuum cleaner and 10 years before the electric iron. A page from a Sears catalog of home electrical appliances from 1918 includes a portable vibrator with attachments, billed as ery useful and satisfactory for home service.4]

Other cures for female hysteria included bed rest, bland food, seclusion, refraining from mentally taxing tasks (for example, reading) and sensory deprivation.

Theories on Victorian hysteria

It has been argued that a major theme of the 19th century is the conflict between sex as a reproductive act and an erotic act. Although the icon of the period, Queen Victoria of the United Kingdom, had a large family, birth rates declined over the course of the century. As these rates declined, the reproductive purpose of sex became less central.[citation needed] Much of the medical and marital advice literature of the period prominently featured the passionless woman as an ideal: the “ideal” woman would engage in sex only to reproduce, as it was supposed to hold no other allure for her.[citation needed] This “ideal” influenced the social structure in many ways, including providing a basis for arguments against contraception.[citation needed] At the same time, it resulted in sexual dissatisfaction in many women, fueling the increased demand for treatment of hysteria.[citation needed]

Disappearance of hysteria as a medical diagnosis



Number of French psychiatric theses on hysteria.

Over the course of the early 20th century, the number of diagnoses of female hysteria sharply declined, and today it is no longer a recognized illness. Many reasons are behind its decline: Many medical authors claim that the decline is due to laypeople gaining a greater understanding of the psychology behind conversion disorders such as hysteria, and it therefore no longer gets the desired response from society.

It has also been argued that all that changed was where the disease was placed by physicians.[citation needed] With so many possible symptoms, hysteria was always a catchall diagnosis where any unidentifiable ailment could be assigned, and so, as diagnostic techniques improved, the number of cases were pared down until nothing was left. Many cases that would have been labeled hysteria were reclassified by Freud as anxiety neuroses.[citation needed]

Today different manifestations of hysteria are recognized in other conditions such as schizophrenia, conversion disorder, and anxiety attacks.

See also

Human female sexuality

References

^ a b c d e f Maines, Rachel P. (1998). The technology of orgasm: “hysteria”, the vibrator, and women’s sexual satisfaction. Baltimore: The Johns Hopkins University Press. ISBN 0-8018-6646-4.

^ a b Laura Briggs (2000). “The Race of Hysteria: “Overcivilization” and the “Savage” Woman in Late Nineteenth-Century Obsterics and Gynecology”. American Quarterly 52: 246-73.

^ Regina M. Morantz and Sue Zschoche (1980). “Professionalism, Feminism, and Gender Roles: A Comparative Study of Nineteenth-Century Medical Therapeutics”. The Journal of American History 67: 568-88.

^…
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Corrugated stainless steel tubing

Friday, August 21st, 2009

PVC Fittings ,
PVC Fittings


Corrugated Stainless Steel Tubing (CSST) is a type of conduit used for natural gas heating in homes. It was introduced in the United States in 1988. CSST consists of a continuous, flexible stainless-steel pipe with an exterior PVC covering. The piping is produced in coils that are air-tested for leaks.

In the United States, about 500,000 new homes per year have CSST installed; that number is about half of the number of new homes that have natural gas for heating or cooking. As of 2007, about 2 million homes in the United States had CSST installed.

CSST is installed much like electrical wiring, and thus more quickly than traditional black-steel pipe, but the cost of the material is several times more than black-steel pipe.

In mid-2007, four CSST makers settled a class-action lawsuit. The settlement provides money to fix problem pipes The settlement provided money to fix problem pipes by bonding the CSST to the electrical systems with thicker wire.

References

^ a b c Matthew Brady (October 15, 2008). “Gas lines ignite cause for concern”. Angie’s List Magazine. http://magazine.angieslist.com/story/special-report_flexible-gas-lines-bear-inspection.

^ Alan J. Heavens (July 29, 2006). “Shortages Persist In Building Materials Even as Demand for New Homes Falls, Cost of Cement and Copper Skyrockets”. Philadelphia Inquirer. http://www.washingtonpost.com/wp-dyn/content/article/2006/07/28/AR2006072800771_pf.html.

^ a b “Common Gas Pipes Pose Fire Hazard; CSST Pipe, Installed in Many Homes, Can Ignite If Struck by Lightning”. ABC News. October 16, 2007. http://abcnews.go.com/GMA/Consumer/Story?id=3736209&page=1.

Categories: Piping

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Tennessee Volunteers basketball

Friday, August 21st, 2009

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For the University of Tennessee women’s basketball team, see Tennessee Lady Volunteers basketball.

For current information on this topic, see 2008-09 Tennessee Volunteers basketball team.

Tennessee Volunteers

University

University of Tennessee

Conference

SECEast Division

Location

Knoxville, TN

Head coach

Bruce Pearl (4th year)

Arena

Thompson-Boling Arena(Capacity: 21,000)

Nickname

Volunteers

Colors

Orange and White



Uniforms





Home



Away

NCAA Tournament Sweet Sixteen

1967, 1981, 2000, 2007, 2008

NCAA Tournament appearances

1967, 1976, 1977, 1979, 1980, 1981, 1982, 1983, 1989, 1998, 1999, 2000, 2001, 2006, 2007, 2008, 2009

Conference tournament champions

1936, 1941, 1943, 1979

Conference regular season champions

1936, 1941, 1943, 1967, 1972, 1977, 1982, 2000, 2008

The Tennessee Volunteers basketball team represents the University of Tennessee in Knoxville, Tennessee in NCAA men’s basketball competition. The Volunteers currently compete in the Southeastern Conference. The team last played in the NCAA Division I Men’s Basketball Tournament in 2008. The Volunteers are currently coached by Bruce Pearl.

Contents

1 History

2 Bruce Pearl Turnaround

3 NCAA Tournament Results

4 Players of note

5 Retired Jerseys

6 See also

7 Notes

8 References

//


History

The Volunteers have had 16 NCAA tournament appearances with an overall record of 11-16. A record of 8-6 in the first round, 3-5 in the second, and 0-4 in the regional semi finals. They have also been invited to the National Invitation Tournament 11 times. They have won nine regular season SEC championships in 1936, 1941, 1943, 1967, 1972, 1977, 1982, 2000, and 2008. The 1972, 1977, 1982, and 2000 seasons were all shared championships with another team from the Southeastern conference. Their conference tournament record is 54-43 record with 4 championships in the years 1936, 1941, 1943, and 1979. Historically Volunteer basketball has produced several successful National Basketball Association players including Allan Houston, Bernard King, Ernie Grunfeld, Dale Ellis, Tony White, Ron Slay, and Larry Robinson. Bernard King is one of only two players in the Volunteers history to ever have a jersey retired (the other being Ernie Grunfeld). He finished his career averaging a “double double” per game of 25.8 points and 13.2 rebounds.

Bruce Pearl Turnaround

After the Buzz Peterson era was less than a successful endeavor, Tennessee hired Bruce Pearl from Univ. of Wisconsin-Milwaukee in 2005. Pearl’s assistants Tony Jones, Steve Forbes, Jason Shay, and Ken Johnson round out the winning staff that has helped bring the Vols to the NCAA tournament three years in a row. In the 2006-07 season The Volunteers were ranked 4th nationally in attendance with an average of 19,661 fans in Thompson-Boling Arena, which has a capacity of 21,758. Since coach Bruce Pearl arrived in March 2005 the attendance has increased by an average of 7,436 per game. Bruce Pearl’s style of fast pace, physical press defense, and up tempo game has fans waiting to watch every game. The Volunteers averaged approximately 80 points per game in the 2006-07 season.

NCAA Tournament Results

The Volunteers have appeared in 17 NCAA Tournaments.

Year

Result

1967

Regional Fourth Place

1976

First Round

1977

First Round

1979

Second Round

1980

Second Round

1981

Sweet Sixteen

1982

Second Round

1983

Second Round

1989

First Round

1998

First Round

1999

Second Round

2000

Sweet Sixteen

2001

First Round

2006

Second Round

2007

Sweet Sixteen

2008

Sweet Sixteen

2009

First Round

Players of note

This is a list of famous or notable sports persons with no clear inclusion or exclusion criteria. Please help to improve Wikipedia by ensuring that there is consensus on the inclusion criteria on the talk page, using guidance available at WP:notable players. Please do not remove this message until the section contains only verifiable material.

Bernard King - 4x NBA All-Star (1982, 1984, 1985, 1991), 2x All-NBA First Team (1984, 1985). finished career with 19,655 points, 5,060 rebounds, and 874 games played.

Ernie Grunfeld - won the gold medal in the Olympic Games at Montreal, played 9 years in the NBA.

Dale Ellis - NBA Most Improved Player Award in 1987, 1x All-star (1988). finished career with 19,004 points, 4,201 rebounds and 1,209 games played.

Allan Houston - 2x NBA All-Star (2000, 2001), won the gold medal in the Olympic Games at sydney. finished career with 14,551 points, and 839 games played.

Vincent Yarbrough

Red Robbins - spent 8 years in the ABA. finished career with 7,703 points, 6,155 rebounds, and 586 games played.

Tom Boerwinkle - retired NBA center for the Chicago Bulls, On January 8, 1970, Grabbed a Bulls record 37 rebounds. finished career with 5,745 rebounds and 635 games played.

Marcus Haislip

Paul Walther - 1x NBA All-Star (1952)

C.J. Watson

Chris Lofton

JaJuan Smith

Tyler Smith

Wayne Chism

Also, Kevin Nash, who went on to a highly successful career in professional wrestling, is a former Vols basketball player.

Retired Jerseys

Retired Basketball Jerseys

BernardKing531974-1977

ErnieGrunfeld221972-1976

See also

University of Tennessee

Tennessee Volunteers

Notes

^ In 1967, the Volunteers lost their only two NCAA tournament games.

^ In 1981, the Volunteers received a bye into the second round.

References

Tennessee Men’s Athletics



v?d?eSoutheastern Conference men’s basketball teams

Eastern Division

FloridaGators ? GeorgiaBulldogs ? KentuckyWildcats ? SouthCarolinaGamecocks ? TennesseeVolunteers ? VanderbiltCommodores

Western Division

AlabamaCrimsonTide ? ArkansasRazorbacks ? AuburnTigers ? LSUTigers ? OleMissRebels ? MississippiStateBulldogs

This college basketball-related article is a stub. You can help Wikipedia by expanding it.

Categories: Tennessee Volunteers basketball | College men’s basketball | Southeastern Conference | College basketball stubs

Hidden categories: Unverifiable lists of sporting persons
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Gauge (knitting)

Friday, August 7th, 2009

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In knitting, the word Gauge, technical abbreviation GG, refers to “Knitting Machines” fineness size (not to the proportion, thickness or fineness of the finished knitted artifact, its stitch “wideness” or row length/depth).

Indeed “Gauge” is the unit of measure, a ize that expressed by a well precise number of needle gives the Power Workable Size of a Knitting Machine. This nit of measure is equal to the number of needles contained in the auge (size) and it is simply countable on the Bed of Needles of each knitting machines, flat or circular. Lying flat a measure tape (preferable metal) on the bed of needle with edge flip 00 insert into the channel of one needle channel, extend the tape as long as for 4-5, then count the needles channel contained within 00 edge and the 1 line, the total number of channels will give you the number of needles contained in 1 and therefore the Size or Gauge of the Power Machine. This operation will acknowledge you also on the range of thickness or size of yarn to be use on the machine and will anticipate the final thickness or fineness of the final knitted fabric.

There are 2 types of classification of Knitting Gauges or Unit of Measure: A Used for Cotton Fully fashion flat machines (Bentley Monkey, Textima, Sheller etc..) where the auge is equal at 1,5 Inches (2,54 cm x 1,5) and the size of any machine auge it is expressed with the number of needles contained into the Gauge or into 1,5. B Used for hand, mechanical or modern Electronic Flat Machines (Stoll, Shima, Protti etc..), where the auge has been adjusted to reach 1 Inch only (or 2,5 cm) and the size of machine auge it is expressed with the number of needles contained into the Gauge or into 1 = 2,54 cm.

Compared graduation scale Gauge (GG) A versus B system: A 30 GG (A) Cotton Fully-fashion flat machine (30 needles in 1,5) it is comparable to a 20 GG (B) Electronic Flat machine, a 27 GG (A) is a 18 GG (B), a 18 GG (A) is a 12 GG (B), a 12 GG (A) is a 8 GG (B), a 7,5 GG (A) is a 5 GG (B) and a 4,5 GG (A) is a 3 GG (B).

Contents

1 Factors that affect knitting gauge

1.1 Uneven knitting

2 Knitting gauge in patterns

3 Measuring knitting gauge

4 References

5 External links

//


Factors that affect knitting gauge

The gauge of a knitted fabric depends on the pattern of stitches in the fabric, the kind of yarn, the size of knitting needles, and the tension of the individual knitter (i.e., how much yarn they allow between stitches).

For example, ribbing and cable patterns tend to “pull in,” giving more stitches per width than stockinette, garter, or seed stitch. Even the same stitch produced in two different ways may produce a different gauge; for example, a swatch of stockinette stitch may not have the same gauge as one knit in reverse stockinette stitch.

Thicker yarns with less loft generally produce larger stitches (reducing the number of stitches per width and height) and may impose an upper limit on the gauge (maximum number of rows/stitches per inch).

Larger knitting needles also produce larger stitches, giving fewer stitches and rows per inch; changing needle size is the best way to control one’s own gauge for a given pattern and yarn.

Finally, the knitter’s tension can affect the gauge significantly. The gauge can even vary within a single garment, typically with beginning knitters; as knitters become more familiar with a stitch pattern, they become more relaxed and make the stitch differently, producing a different gauge.

Sometimes the gauge is deliberately altered within a garment, usually by changing needle size; for example, smaller stitches are often made at the collar, sleeve cuffs, hemline ribbing or pocket edges.

Uneven knitting

Uneven knitting is a knitting technique in which two knitting needles of different sizes are used. The method is sometimes used when the knitter has a significantly different gauge on knit and purl stitches. It is also useful for producing elongated stitches and certain specialty patterns.

Knitting gauge in patterns

To produce a knitted garment of given dimensions, whether from one’s own design or from a published pattern, the gauge should match as closely as possible; significant differences in gauge will lead to a deformed garment. Patterns for knitting projects almost always include a suggested gauge for the project.

For illustration, suppose that a sweater is designed to measure 40″ around the bustline with a gauge of 5 st/inch in the chosen stitch. Therefore, the pattern should call for 200 stitches (5 st/inch x 40″) at the bustline. If the knitter follows the pattern with a gauge of 4 st/inch, the sweater will measure 50″ around the bustline (200 st / 4st/in) — too baggy! Conversely, if the knitter follows the pattern with a gauge of 6 st/inch, the sweater will measure ~33″ around the bustline (200 st / 6st/inch) — too…(and so on)
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Bartram’s Garden

Friday, August 7th, 2009

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John Bartram House

U.S. National Register of Historic Places

U.S. National Historic Landmark

John Bartram’s house and upper garden at Bartram’s Garden, Philadelphia.

Location:

54th St. and Lindbergh Blvd.Philadelphia, Pennsylvania, USA

Coordinates:

3955?50?N 7512?45?W? / ?39.93056 75.2125? / 39.93056; -75.2125

Built/Founded:

1728

Architect:

John Bartram

Architectural style(s):

Colonial

Added to NRHP:

October 15, 1966

NRHPReference#:

66000676

Bartram’s Garden (46 acres) is the oldest surviving botanic garden in North America, including an historic botanical garden and arboretum (8 acres, established circa 1728), located on the west bank of the Schuylkill River, near the intersection of 54th Street and Lindbergh Boulevard, Philadelphia, Pennsylvania. Located within Fairmount Park, the grounds are open daily except for holidays; admission is free, and guided tours are given for $5 adult, $4 senior (62 and over) and student, children (12 and under) free.

Contents

1 The garden

2 Landscape history

3 Further reading

4 See also

5 External links

6 References

//


The garden

The garden is on the site of noted American botanist John Bartram’s stone house and farm on the Schuylkill River. He built the original house between 1728-1731; then greatly expanded it, adding a kitchen ca. 1740, and a Palladian-inspired, carved facade between 1758-1770. The house still stands, as does his original garden (circa 1728) and greenhouse (1760). Three generations of the Bartram family continued the garden as the premier collection of North American plant species in the world.

The current collection contains a wide variety of native and exotic species of herbaceous and woody plants. Most were listed in the Bartrams’ 1783 broadside Catalogue of American Trees, Shrubs and Herbacious Plants and subsequent editions.

The garden also contains three notable trees:

Franklinia alatamaha - John and William Bartram discovered a small grove of this tree in October 1765 by Georgia’s Altamaha River. William subsequently brought seeds to the garden for propagation, and named the tree in honor of John Bartram’s friend, Benjamin Franklin. Franklinia was last seen in the wild in 1803. All Franklinia growing today are descended from those propagated and distributed by the Bartrams, and they are credited with saving it from extinction.

Cladrastis kentukea - A notably old tree, possibly collected by French plant explorer Andre Michaux in Tennessee and sent to William Bartram in the 1790s.

Ginkgo biloba - This male ginkgo is believed to be the last of three original ginkgoes introduced to the United States from China, via London, in 1785.

Landscape history

Bartram’s Garden is the oldest surviving botanic garden in the United States. John Bartram (1699-1777), the well-known early American botanist, explorer, and plant collector, founded the garden in September 1728 when he purchased a 102-acre (0.41km2) farm in Kingsessing Township, Philadelphia County. John Bartram garden began as a personal landscape. With his lifelong devotion to plants, it grew to become a systematic collection as he devoted more time to exploration and the discovery of new North American species and examples. Its evolution over time both reflected and fostered Bartram vital scientific achievements and important intellectual exchange. Although not the first botanic collection in North America, by the middle of the eighteenth century Bartram Garden contained the most varied collection of North American plants in the world. John Bartram was at the center of a lucrative business centered on the transatlantic transfer of plants.

Following the American Revolution, Bartram sons John Bartram, Jr. (17431812) and William Bartram (17391823), continued the international trade in plants. They expanded the family botanic garden and nursery business. Following his father lead, William became an important naturalist, artist, and author in his own right. Under his influence the garden became an educational center that aided in training a new generation of natural scientists and explorers. William Travels, published in 1791, chronicled his explorations in the South and remains a milestone in American literature.

After 1812, Ann Bartram Carr (1779-1858), a daughter of John Bartram, Jr., maintained the family garden and business with her husband Colonel Robert Carr (1778?1866) and his son John Bartram Carr (1804-1839). Their commercial activities remained focused on international trade in native North American plants. Domestic demand also grew under their management.

In 1850, financial difficulties led to the historic garden sale outside the family to Andrew M. Eastwick (18111879), who preserved it as a private park for his estate. Upon Eastwick 1879 death, a…(and so on)
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