StoveA stove is a heat-producing device. The word typically describes an appliance used either for generating warmth or for cooking. In British English, however, the term cooker is normally used for the cooking appliance, and stove for a wood- or coal-burning room-heating appliance. Another American English word for a cooking stove is range. There are many types of stoves. A kitchen stove is used to cook food, and refers to a device that has both burners on the top (also known as the cooktop or range or, in British English, the hob) and, often, an oven. A cooktop just has burners on the top and is usually installed into a countertop. A drop-in range has both burners on the top and an oven and hangs from a cutout in the countertop (that is, it cannot be installed free-standing on its own). In industrial usage, stove may refer to the place where fuel is combusted before being fed to a large heat consumer (such as an open hearth furnace. A glass-ceramic cooktop (2004)Kitchen stove heat generationA stove generates heat by one or more of the following means:
Modern stove featuresModern stoves are typically considered a basic appliance in homes in developed nations. Along with the refrigerator, a stove is usually found in the kitchen. Many modern stoves typically have from three to eight burners or plates of various sizes and power levels; an oven; and knobs, for controlling the heat of the burners and the oven. The control knobs may be located on the backsplash, on the cooktop, or on the upper part of the front of the stove. Middle- to high-end models also may feature locking mechanisms for the oven door; convection cooking; automatic cleaning mechanisms, which raise the oven temperature to more than 260 degrees Celsius (500 degrees Fahrenheit) and reduce accumulated food spills to ash or a catalytic oven lining which aids in burning off spills; one or more timers; and a digital display. Many can even accommodate automatically raising and lowering the oven temperature to preset levels at preset times. HistoryEarly stoves in the Western WorldStove manufacture in Senegal.In Europe, the history of the kitchen stove begins in earnest in the 18th century. Before that time, people cooked over open fires fuelled by wood, which first were on the floor or on low masonry constructions. In the Middle Ages, waist-high brick-and-mortar hearths and the first chimneys appeared, so that cooks no longer had to kneel or sit to tend to foods on the fire. The fire was built on top of the construction; the space underneath was used to store and dry wood. Cooking was done mainly in cauldrons hung above the fire or placed on trivets. The heat was regulated by placing the cauldron higher or lower above the fire. Open fire has three major disadvantages that prompted inventors even in the 16th century to devise improvements: it is dangerous, it produces much smoke, and the heat efficiency is poor. Attempts were made to enclose the fire to make better use of the heat that it generated and thus reduce the wood consumption. A first step was the fire chamber: the fire was enclosed on three sides by brick-and-mortar walls and covered by an iron plate. This technique also caused a change in the kitchenware used for cooking, for it required flat-bottomed pots instead of cauldrons. Only in 1735 did the first design that completely enclosed the fire appear: the Castrol stove of the French architect François Cuvilliés was a masonry construction with several fireholes covered by perforated iron plates. It is also known as a stew stove. Near the end of the 18th century, the design was refined by hanging the pots in holes through the top iron plate, thus improving heat efficiency even more. Early stoves in East AsiaRaised kamadoChinese and Japanese civilisations had discovered the principle of the closed stove much earlier. Already from the Chinese Qin Dynasty (221 BC - 206/207 BC), clay stoves that enclosed the fire completely are known, and a similar design known as kamado (かまど) appeared in the Kofun period (3rd - 6th century) in Japan. These stoves were fired by wood or charcoal through a hole in the front. In both designs, pots were placed over or hung into holes at the top of the knee-high construction. Raised kamados were developed in Japan during the Edo period (1603 - 1867). Iron stoves, aka wood stovesAn open fireplace is a very inefficient form of heat for two reasons. First, in order to prevent air, and therefore smoke, from spilling back into the room you need a large updraft pulling air (and therefore heat) out the chimney. This both pulls heat away and pulls air from the rest of the house into the fire and then up the chimney. A fireplace consumes 200 to 600 cubic feet of air per minute, more for a very large fire. A mostly closed off fireplace, for example a modern fireplace with glass doors closed will use 50-150 cubic feet per minute. High airflow creates a draft which pulls heated air out of the house to be replaced with cold air leaking in from the outside. Second, in an open fire some of the combustible gas coming off the wood escapes does not ignite and is lost. To resolve these problems iron stoves came into use in the 18th century. An early, and famous, example of an iron stove is the Franklin stove, a wood burning stove said to have been invented by Benjamin Franklin in 1742. It had a labyrinthine path for hot exhaust gases to escape, thus allowing heat to enter the room instead of going up the chimney. The Franklin stove, however, was designed for heating, not for cooking. Benjamin Thompson at the turn to the 19th century was among the first to present a working iron kitchen stove. His Rumford stove used one fire to heat several pots that were also hung into holes so that they could be heated from the sides, too. It was even possible to regulate the heat individually for each hole. His stove was designed for large canteen or castle kitchens, though. It would take another 30 years until the technology had been refined and the size of the iron stove been reduced enough for domestic use. Stewart's Oberlin stove was a much more compact iron stove, patented in the U.S. in 1834. It became a huge commercial success with some 90,000 units sold in the next 30 years. In Europe, similar designs also appeared in the 1830s. In the following years, these iron stoves evolved into veritable cooking machines with flue pipes connected to the chimney, oven holes, and installations for heating water. The originally open holes into which the pots were hung were now covered with concentric iron rings on which the pots were placed. Depending on the size of the pot or the heat needed, one could remove the inner rings. By controlling the inflow of air to allow only what a fire needs to burn, iron stoves reduce the consumption of air to a mere 15-30 cubic feet per minute (this figure is for a modern stoves. All wood stoves operate on the principle of controlled air flow but their consumption will vary). Modern wood stoves also increase the completeness of combustion. More expensive stoves use a catalytic converter which causes the gas and smoke particles not actually burned to combust. Other models use a design that includes firebox insulation, a large baffle to produce a longer, hotter gas flow path and pre-heating the air prior to its entering the combustion chamber. In the US, the EPA created stricter emissions standards in the late 1980s. Maximum smoke output is limited to 7.5 grams per hour and some stoves achieve as little as 1 to 4 grams per hour. Put differently, this is roughly 90% less smoke than older stoves, which equates to nearly zero visible smoke from the chimney. This is largely achieved through causing the most possible material to combust, which results in a net efficiency of 60 to 70% as contrasted to zero to 30% for a fireplace. (net efficiency is the amount of heat energy transferred to the room compared to the amount contained in the wood, minus any amount central heating must work to compensate for the airflow problems described elsewhere in this article.) Gas and electric stovesMany stoves use natural gas to provide heat.All previous stoves were fueld by wood (or other biofuel), charcoal, or coal. The first gas stoves were developed already in the 1820s, but these remained isolated experiments. (James Sharp in Northampton, England, patented a gas stove in 1826 and opened a gas stove factory in 1836.) At the world fair in London in 1851, a gas stove was shown, but only in the 1880s did this technology start to become a commercial success. The main factor for this delay was the slow growth of the gas pipe network. The first gas stoves were rather unwieldy, but soon the oven was integrated into the base and the size reduced to fit in better with the rest of the kitchen furniture. In the 1910s, producers started to enamel their gas stoves for easier cleaning. A high-end gas stove called the AGA cooker was invented in 1922 by Swedish Nobel prize winner Gustaf Dalén. It is considered to be the most efficient design and is a much sought after kitchen "must have" in certain circles—despite the hefty price tag. The AGA, and similar products such as the Rayburn Range are examples of always-on stoves which continue to burn fuel even when cooking is not being performed. Stoves (or ranges as they are also known) such as these are often used instead of boilers or furnaces to supply hot water and central heating to the rest of the house. First attempts at building electrical stoves were made in the 1880s, but its real debut was at the Chicago World's Fair in 1893, where an electrified model kitchen was shown. But like the gas stove, the electrical stove had a slow start, partly due to the unstable technology, and partly because first cities and town needed to be electrified. By the 1930s, the technology had matured and the electrical stove started to slowly replace the gas stove, especially in domestic kitchens. The electrical stove technology has developed in several successive generations:
The iron hotplate technology is still in widespread use, although newly equipped kitchens nowadays usually get a stove using one of the later technologies. Electrical oven technology has also advanced: in the convection oven, a stream of hot air is used for heating food instead of the heat produced by coils directly as in a conventional electrical oven. Gas and electric stoves are the most common today in western countries. Both are equally mature and safe, and the choice between the two is largely a matter of personal preference and preexisting utility outlets: if a house has no gas supply, adding one just to be able to run a gas stove is an expensive endeavour. In particular, professional chefs often prefer gas cooktops, for they allow them to control the heat more finely and more quickly. On the other hand, chefs often prefer electric ovens because they tend to heat food more evenly. Today's major brands offer both gas and electric stoves, and many also offer dual-fuel stoves combining gas cooktops and electric ovens. Ovens and stoves, throughout history, have one thing in common, they will burn the person who comes in contact with their hot metal surfaces, for instance, the oven rack's front edge. Devices to protect the hands, such as oven gloves, have been developed, but need to be used consistently, to be effective; so people still get burned. Recently, a device has been invented by Burt Shulman of Wappingers Falls, NY, called the Cool Touch Oven Rack Guard, which is a fabric strip that attaches along the front edge of the oven rack and stays in the oven. If a person touches it, even at 500 deg. F., they will not be burned. - The fabric is made from a modern synthetic fiber called Nomex - which can withstand 500 deg. F. temperatures and has both low thermal conductivity and thermal mass. - These material properties reduce the heat transferred to the skin, during the "touch', so no burn results. See independent sources [1] [2] Modern corn, pellet or biofuel stoveA corn stove is a type of pellet stove which is a type of biofuel stove. The shelled dry kernel of corn, also called a corn pellet, creates as much heat as a wood pellet but generates more ash. "Corn pellet stoves and wood pellet stoves look the same from the outside. Since they are highly efficient, they don't need a chimney; instead they can be vented outdoors by a four-inch pipe through an outside wall and so can be located in any room in the home." Encyclopedia of Alternative Energy A pellet stove uses small, biological fuel pellets which are renewable and very clean-burning. Home heating using a pellet stove is an alternative currently used throughout the world, with radid growth in Europe. The pellets are made of renewable material –- typically wood sawdust or off-cuts. There are currently more than half a million homes in North America using pellet stoves for heat, and probably a similar number in Europe. The pellet stove typically uses a feed screw to transfer pellets from a storage hopper to a combustion chamber. Air is provided for the combustion by an electric blower. The ignition is automatic, using a stream of air heated by an electrical element. The rotation speed of the feeder and the fan speeds can be varied to modulate the heat output. This page about Stove includes information from a Wikipedia article. Additional articles about Stove News stories about Stove External links for Stove Videos for Stove Wikis about Stove Discussion Groups about Stove Blogs about Stove Images of Stove |
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The rotation speed of the feeder and the fan speeds can be varied to modulate the heat output. There are currently more than half a million homes in North America using pellet stoves for heat, and probably a similar number in Europe. Allegations of poor treatment were disputed by Alcor and the editor of Minor League News, who criticized the Sports Illustrated article as sensational and misleading. The pellets are made of renewable material –- typically wood sawdust or off-cuts. A 2003 Sports Illustrated article claimed that Williams underwent neuropreservation with separate storage of his body at Alcor. Home heating using a pellet stove is an alternative currently used throughout the world, with radid growth in Europe. Whether the document was truly genuine or not, the legal issues were ultimately settled, and after John-Henry developed leukemia and died in 2004, his body was also taken to Alcor, in full accordance with the disputed "pact". A pellet stove uses small, biological fuel pellets which are renewable and very clean-burning. In his book, Ted Williams: The Biography of An American Hero, author Leigh Montville makes the case that the "pact" in question was merely a "practice" Ted Williams autograph on a plain piece of paper, around which the "agreement" had later been hand-printed, presumably by John Henry and Claudia. Since they are highly efficient, they don't need a chimney; instead they can be vented outdoors by a four-inch pipe through an outside wall and so can be located in any room in the home." Encyclopedia of Alternative Energy. John Henry's lawyer then produced an informal family pact signed by Ted, John Henry, and Ted's daughter, Claudia, in which they agreed "to be put into biostasis after we die." The dispute was resolved on December 20, 2002 when Ferrell withdrew her objections after a judge agreed that a $645,000 trust would be distributed equally among the siblings. "Corn pellet stoves and wood pellet stoves look the same from the outside. Fearing John Henry was planning to sell their father's DNA for possible cloning, Barbara Joyce Ferrell, Ted's daughter by his first wife, sued, saying his will stated that he wanted to be cremated. The shelled dry kernel of corn, also called a corn pellet, creates as much heat as a wood pellet but generates more ash. Announcing there would be no funeral, John Henry secretly had Ted's body flown to the Alcor Life Extension Foundation in Scottsdale, Arizona, and placed in cryonic suspension. A corn stove is a type of pellet stove which is a type of biofuel stove. A public dispute over the disposition of Williams' body was waged after his death. See independent sources [1] [2]. After suffering a series of strokes and congestive heart failures, he died of cardiac arrest in Crystal River, Florida, on July 5, 2002. - These material properties reduce the heat transferred to the skin, during the "touch', so no burn results. He had a pacemaker installed in November 2000 and underwent open-heart surgery in January 2001. temperatures and has both low thermal conductivity and thermal mass. In his last years Williams suffered from poor health, specifically cardiac problems. F. He had also been ranked that year as Number 8 on The Sporting News' list of the 100 Greatest Baseball Players, where he was the highest-ranking left fielder. - The fabric is made from a modern synthetic fiber called Nomex - which can withstand 500 deg. Later in the year, he was among the members of the Major League Baseball All-Century Team introduced to the crowd at Turner Field in Atlanta prior to Game 2 of the World Series. F., they will not be burned. The ceremony had to be cut short, as Williams' appearance threatened to delay the start of the game. If a person touches it, even at 500 deg. Among them was fellow San Diegan Tony Gwynn, a hitter often compared to Williams who starred with the major league edition of the San Diego Padres. Recently, a device has been invented by Burt Shulman of Wappingers Falls, NY, called the Cool Touch Oven Rack Guard, which is a fabric strip that attaches along the front edge of the oven rack and stays in the oven. At the pitcher's mound he was surrounded by players from both teams, and spoke with several. Devices to protect the hands, such as oven gloves, have been developed, but need to be used consistently, to be effective; so people still get burned. Fans responded with a standing ovation that lasted several minutes. Ovens and stoves, throughout history, have one thing in common, they will burn the person who comes in contact with their hot metal surfaces, for instance, the oven rack's front edge. He proudly waved his cap to the crowd - a gesture he had never done as a player. Today's major brands offer both gas and electric stoves, and many also offer dual-fuel stoves combining gas cooktops and electric ovens. Able to walk only a short distance, Williams was brought to the pitcher's mound in a golf cart. On the other hand, chefs often prefer electric ovens because they tend to heat food more evenly. One of Ted Williams' final, and most memorable, public appearances was at the 1999 All-Star Game in Boston. In particular, professional chefs often prefer gas cooktops, for they allow them to control the heat more finely and more quickly. Although many felt that Ted was being used by his son, there is no real evidence that the younger Williams was doing anything illicit or unsavory with his father's earnings. Both are equally mature and safe, and the choice between the two is largely a matter of personal preference and preexisting utility outlets: if a house has no gas supply, adding one just to be able to run a gas stove is an expensive endeavour. The younger Williams provided structure to his father's business affairs, and rationed his father's public appearances and memorabilia signings to maximize their earnings. Gas and electric stoves are the most common today in western countries. In his later years, Williams became a fixture at autograph shows and card shows after his son (by his third wife), John Henry Williams, took control of his career, becoming his de facto manager. Electrical oven technology has also advanced: in the convection oven, a stream of hot air is used for heating food instead of the heat produced by coils directly as in a conventional electrical oven. He was also extensively involved in the Jimmy Fund, having lost a brother to leukemia, and spent much of his spare time, effort, and money in support of the organization. The iron hotplate technology is still in widespread use, although newly equipped kitchens nowadays usually get a stove using one of the later technologies. Williams reached an extensive deal with Sears, lending his name and talent toward marketing, developing, and endorsing a line of in-house fishing and baseball equipment. The electrical stove technology has developed in several successive generations:. Shortly after Williams' death, conservative pundit Steve Sailer called him "possibly the most technically proficient American of the 20th Century, as his mastery of three highly different callings demonstrates." [1]. By the 1930s, the technology had matured and the electrical stove started to slowly replace the gas stove, especially in domestic kitchens. Some opined that Williams was a rare individual who might have been the best in the world in three different disciplines: baseball hitter, fighter jet pilot, and fly fisherman. But like the gas stove, the electrical stove had a slow start, partly due to the unstable technology, and partly because first cities and town needed to be electrified. Williams was named to the International Game Fish Association Hall of Fame in 2000. First attempts at building electrical stoves were made in the 1880s, but its real debut was at the Chicago World's Fair in 1893, where an electrified model kitchen was shown. An avid and expert fly fisherman and deep-sea fisherman, he spent many summer vacations after baseball fishing the Miramichi River, in Miramichi, New Brunswick, Canada. Stoves (or ranges as they are also known) such as these are often used instead of boilers or furnaces to supply hot water and central heating to the rest of the house. He was much more successful in fishing. The AGA, and similar products such as the Rayburn Range are examples of always-on stoves which continue to burn fuel even when cooking is not being performed. Before and after leaving Texas (which would be his only manager job) he occasionally appeared at Red Sox spring training as a guest hitting instructor. It is considered to be the most efficient design and is a much sought after kitchen "must have" in certain circles—despite the hefty price tag. Like many great players, Williams became impatient with ordinary athletes' abilities and attitudes, and his managerial career was short and largely unsuccessful. A high-end gas stove called the AGA cooker was invented in 1922 by Swedish Nobel prize winner Gustaf Dalén. He was chosen manager of the year after that season. In the 1910s, producers started to enamel their gas stoves for easier cleaning. Williams best season as a manager was 1969 when he led the expansion Senators to an 86-76 record in their only winning season in Washington. The first gas stoves were rather unwieldy, but soon the oven was integrated into the base and the size reduced to fit in better with the rest of the kitchen furniture. After retirement from play, Williams served as manager of the Washington Senators, continuing with the team when the became the Texas Rangers after the 1971 season. The main factor for this delay was the slow growth of the gas pipe network. Williams remains the career leader in walks per plate appearance. (James Sharp in Northampton, England, patented a gas stove in 1826 and opened a gas stove factory in 1836.) At the world fair in London in 1851, a gas stove was shown, but only in the 1880s did this technology start to become a commercial success. He was also second to Ruth in career walks, but has since dropped to fourth place behind Barry Bonds and Rickey Henderson. The first gas stoves were developed already in the 1820s, but these remained isolated experiments. Although Barry Bonds broke Williams' single-season on-base record in 2002, Williams remains first in career on-base percentage. All previous stoves were fueld by wood (or other biofuel), charcoal, or coal. Williams was also second to Ruth in career slugging percentage, where he remains today, and first in on-base percentage. (net efficiency is the amount of heat energy transferred to the room compared to the amount contained in the wood, minus any amount central heating must work to compensate for the airflow problems described elsewhere in this article.). At the time of his retirement, Williams ranked third all-time in home runs (behind Babe Ruth and Jimmie Foxx), seventh in RBIs (after Ruth, Cap Anson, Lou Gehrig, Ty Cobb, Foxx, and Mel Ott; Stan Musial would pass Williams in 1962, two years after Williams' retirement), and seventh in batting average (behind Cobb, Rogers Hornsby, Shoeless Joe Jackson, Lefty O'Doul, Ed Delahanty and Tris Speaker). This is largely achieved through causing the most possible material to combust, which results in a net efficiency of 60 to 70% as contrasted to zero to 30% for a fireplace. The Red Sox played three more games on the road in New York; however, Williams did not appear in any of them. Put differently, this is roughly 90% less smoke than older stoves, which equates to nearly zero visible smoke from the chimney. Williams' aloof attitude led Updike to wryly observe that "Gods do not answer letters." Williams' final home run did not take place during the final game of the 1960 season, but rather the Red Sox' final home game of the season. Maximum smoke output is limited to 7.5 grams per hour and some stoves achieve as little as 1 to 4 grams per hour. Williams also refused to tip his cap as he was replaced in left field by Carroll Hardy to start the 9th inning, although he continued to receive warm cheers. In the US, the EPA created stricter emissions standards in the late 1980s. Williams, who had been on bad terms with the Boston newspapers for nearly twenty years and had a frosty and distant relationship with the Boston fans, characteristically refused either to tip his cap as he circled the bases or to respond to the prolonged cheers of "We want Ted" from the crowd. Other models use a design that includes firebox insulation, a large baffle to produce a longer, hotter gas flow path and pre-heating the air prior to its entering the combustion chamber. This home run - a solo shot hit off Baltimore pitcher Jack Fisher in the 8th inning that reduced the Orioles lead to 4-3 - was immortalized in The New Yorker essay "Hub Fans Bid Kid Adieu", by John Updike. More expensive stoves use a catalytic converter which causes the gas and smoke particles not actually burned to combust. He retired from the game in 1960 and hit a home run in his final at-bat, on September 28, 1960, in front of only 10,454 fans at Fenway Park. Modern wood stoves also increase the completeness of combustion. Rather than bunting the ball into the open space, the proud Williams batted as usual against the contrived defense. All wood stoves operate on the principle of controlled air flow but their consumption will vary). His hitting was so feared that opponents frequently employed the radical, defensive "Williams Shift" against him, leaving only one fielder on the third base half of the field. By controlling the inflow of air to allow only what a fire needs to burn, iron stoves reduce the consumption of air to a mere 15-30 cubic feet per minute (this figure is for a modern stoves. Williams, Lou Gehrig, and Chuck Klein are the only players since the establishment of the MVP award to win the Triple Crown and not be named MVP for that season. Depending on the size of the pot or the heat needed, one could remove the inner rings. Amazingly, he did not win the MVP award in either of his Triple Crown seasons. The originally open holes into which the pots were hung were now covered with concentric iron rings on which the pots were placed. Along with Rogers Hornsby, he is one of only two players to win the Triple Crown twice. In the following years, these iron stoves evolved into veritable cooking machines with flue pipes connected to the chimney, oven holes, and installations for heating water. His two MVP Awards and two Triple Crowns came in four different years. In Europe, similar designs also appeared in the 1830s. These absences in the prime of his career significantly reduced his career totals, and considering his scientific approach to hitting, those totals would have been even more impressive had he not missed those four seasons. It became a huge commercial success with some 90,000 units sold in the next 30 years. Williams served as a US Marine pilot during both World War II and the Korean War, serving in the same unit as John Glenn in the latter. in 1834. Despite his lack of range in the field, he was considered a sure fielder with a good throwing arm, although he occasionally stated that his one regret was that he did not work harder on his fielding. Stewart's Oberlin stove was a much more compact iron stove, patented in the U.S. He felt that with more speed he could have raised his average considerably. It would take another 30 years until the technology had been refined and the size of the iron stove been reduced enough for domestic use. He lacked foot speed, as attested by his career total of 24 stolen bases, one inside-the-park home run, and one occasion of hitting for the cycle. His stove was designed for large canteen or castle kitchens, though. In 1970 he wrote a book on the subject, The Science of Hitting; revised (1986), which is still read by many baseball players. It was even possible to regulate the heat individually for each hole. An obsessive student of batting, Williams hit for both power and average. His Rumford stove used one fire to heat several pots that were also hung into holes so that they could be heated from the sides, too. Additionally, it has been conjectured that Williams was adversely affected by an injured elbow suffered during an pre-World Series exhibition game played while the Cardinals and Brooklyn Dodgers were involved in a best-of-three series to determine the National League champion. Benjamin Thompson at the turn to the 19th century was among the first to present a working iron kitchen stove. This shift was a version of the Boudreau Shift, popularized by Cleveland Indians manager Lou Boudreau in an attempt to reduce Williams' effectiveness. The Franklin stove, however, was designed for heating, not for cooking. Much of this was due to his stubborn insistence into hitting into the Cardinals' defensive shift, which frequently involved five or six of the Cardinals' fielders positioned to the right of second base. It had a labyrinthine path for hot exhaust gases to escape, thus allowing heat to enter the room instead of going up the chimney. Louis Cardinals in the 8th inning of the seventh game. An early, and famous, example of an iron stove is the Franklin stove, a wood burning stove said to have been invented by Benjamin Franklin in 1742. Williams managed just 5 singles in 25 at-bats, with just 1 RBI, as the Red Sox lost to the St. To resolve these problems iron stoves came into use in the 18th century. Among the few black marks on Williams' playing record was his performance in his lone postseason appearance, the 1946 World Series. Second, in an open fire some of the combustible gas coming off the wood escapes does not ignite and is lost. Archival footage shows a delighted Williams hopping around the bases, clapping; he later said this was his greatest thrill in baseball. High airflow creates a draft which pulls heated air out of the house to be replaced with cold air leaking in from the outside. One of Williams' other memorable accomplishments was his game-winning home run off of Rip Sewell's notorious eephus pitch during the 1946 All-Star Game. A mostly closed off fireplace, for example a modern fireplace with glass doors closed will use 50-150 cubic feet per minute. In 1957, Williams reached base in 16 consecutive plate appearances, also a major league record. A fireplace consumes 200 to 600 cubic feet of air per minute, more for a very large fire. In addition to this record, Williams also holds the third-longest and fourth-longest such streaks. This both pulls heat away and pulls air from the rest of the house into the fire and then up the chimney. A lesser-known accomplishment is Williams' feat of reaching base for the most consecutive games, 84. First, in order to prevent air, and therefore smoke, from spilling back into the room you need a large updraft pulling air (and therefore heat) out the chimney. That record would last until 2002, when Barry Bonds upped this mark to .582. An open fireplace is a very inefficient form of heat for two reasons. Also in 1941, Williams set a major-league record for on-base percentage in a season at .551. Raised kamados were developed in Japan during the Edo period (1603 - 1867). Their rivalry was accentuated by the press; Williams always felt himself the better hitter, but acknowledged that DiMaggio was the better all-around player. In both designs, pots were placed over or hung into holes at the top of the knee-high construction. At the time, this achievement was overshadowed by Joe DiMaggio's 56-game hitting streak in the same season. These stoves were fired by wood or charcoal through a hole in the front. He got 6 hits in 8 at bats, raising his season average to .406; no one has hit .400 since. Already from the Chinese Qin Dynasty (221 BC - 206/207 BC), clay stoves that enclosed the fire completely are known, and a similar design known as kamado (かまど) appeared in the Kofun period (3rd - 6th century) in Japan. Williams opted to play in both games of the day's doubleheader and risk losing his record. Chinese and Japanese civilisations had discovered the principle of the closed stove much earlier. His manager left the decision whether to play up to him. Near the end of the 18th century, the design was refined by hanging the pots in holes through the top iron plate, thus improving heat efficiency even more. This would have been rounded up to .400, making him the first man to hit .400 since Bill Terry in 1930. It is also known as a stew stove. In 1941, he entered the last day of the season with a batting average of .3996. Only in 1735 did the first design that completely enclosed the fire appear: the Castrol stove of the French architect François Cuvilliés was a masonry construction with several fireholes covered by perforated iron plates. Williams moved up to the major league Red Sox in 1939. This technique also caused a change in the kitchenware used for cooking, for it required flat-bottomed pots instead of cauldrons. After graduation, he turned professional and had minor league stints for his hometown San Diego Padres and the Minneapolis Millers. A first step was the fire chamber: the fire was enclosed on three sides by brick-and-mortar walls and covered by an iron plate. Williams played high school baseball at Herbert Hoover High School and lived at 4121 Utah Street in the North Park area of San Diego. Attempts were made to enclose the fire to make better use of the heat that it generated and thus reduce the wood consumption. He said it just relaxed him. Open fire has three major disadvantages that prompted inventors even in the 16th century to devise improvements: it is dangerous, it produces much smoke, and the heat efficiency is poor. He also loved to fish. The heat was regulated by placing the cauldron higher or lower above the fire. Early in his career, he stated that he wished to be remembered as the "greatest hitter who ever lived", an honor that he indeed achieved in many eyes by the end of his career. Cooking was done mainly in cauldrons hung above the fire or placed on trivets. His father, (Samuel) a photographer and great admirer of the late president, and his mother, a Salvation Army worker of Mexican descent, were generally absentee parents whom he later came to resent.1 . The fire was built on top of the construction; the space underneath was used to store and dry wood. At some point, his birth certificate was changed to "Theodore", as was the date of birth, but his mother always called him Teddy. In the Middle Ages, waist-high brick-and-mortar hearths and the first chimneys appeared, so that cooks no longer had to kneel or sit to tend to foods on the fire. Williams was born in San Diego, California as Teddy Samuel Williams, after Teddy Roosevelt. Before that time, people cooked over open fires fuelled by wood, which first were on the floor or on low masonry constructions. . In Europe, the history of the kitchen stove begins in earnest in the 18th century. An avid sport fisherman, he hosted a television show about fishing, and was inducted into the Fishing Hall of Fame. Many can even accommodate automatically raising and lowering the oven temperature to preset levels at preset times. He had a career batting average of .344, with 521 home runs, and was inducted into the Baseball Hall of Fame in 1966. Middle- to high-end models also may feature locking mechanisms for the oven door; convection cooking; automatic cleaning mechanisms, which raise the oven temperature to more than 260 degrees Celsius (500 degrees Fahrenheit) and reduce accumulated food spills to ash or a catalytic oven lining which aids in burning off spills; one or more timers; and a digital display. Williams was a two-time American League Most Valuable Player (MVP) winner, led the league in batting six times, and won the Triple Crown twice. The control knobs may be located on the backsplash, on the cooktop, or on the upper part of the front of the stove. It has been argued that he was the greatest hitter in the history of baseball. Many modern stoves typically have from three to eight burners or plates of various sizes and power levels; an oven; and knobs, for controlling the heat of the burners and the oven. Theodore Samuel Williams (August 30, 1918 – July 5, 2002), nicknamed "The Kid", the "Splendid Splinter", "Teddy Ballgame" and "The Thumper", was an American left fielder in Major League Baseball who played 19 seasons, twice interrupted by military service as a Marine Corps pilot, with the Boston Red Sox. Along with the refrigerator, a stove is usually found in the kitchen. 1 Williams' early life and extensive documentation on his ancestry is contained in the book "The Kid: Ted Williams in San Diego" written by eight members of the Society for American Baseball Research (SABR). Modern stoves are typically considered a basic appliance in homes in developed nations. A stove generates heat by one or more of the following means:. . In industrial usage, stove may refer to the place where fuel is combusted before being fed to a large heat consumer (such as an open hearth furnace. A drop-in range has both burners on the top and an oven and hangs from a cutout in the countertop (that is, it cannot be installed free-standing on its own). A cooktop just has burners on the top and is usually installed into a countertop. A kitchen stove is used to cook food, and refers to a device that has both burners on the top (also known as the cooktop or range or, in British English, the hob) and, often, an oven. There are many types of stoves. Another American English word for a cooking stove is range. In British English, however, the term cooker is normally used for the cooking appliance, and stove for a wood- or coal-burning room-heating appliance. The word typically describes an appliance used either for generating warmth or for cooking. A stove is a heat-producing device. Induction stoves also often have a glass-ceramic surface. These heat the cookware directly through electromagnetic induction and thus require pots and pans with ferromagnetic bottoms. A third technology, developed first for professional kitchens, but today also entering the domestic market are induction stoves. Also, these cooktops have a smooth surface and are thus easier to clean, but they only work with flat-bottomed cookware and are markedly more expensive. Because of its physical characteristics, the cooktop heats quicker, there is less afterheat, and only the plate heats up while the adjacent surface remains cool. Electrical heating coils or infrared halogen lamps are used as heating elements. Glass-ceramic has a very low heat conduction coefficient, but lets infrared radiation pass very well. In the 1970s, glass-ceramic cooktops started to appear. Though the technology is slowly fading into obsolecence, coil ranges still provide the best durability out of all electric cooktop implementations. The first technology used resistor heating coils which heated iron hotplates, on top of which the pots were placed. induction. electrical resistance (by way of a heating element). electrically, by either
biofuel such as wood, coal, corn, or synthetic heating pellets. heating oil. liquefied gases (e.g., butane, propane). natural gas. burning of
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