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Shimano Compre Series: Shimano Rods Perfect For Saltwater Fishing

During the present times, one of the world’s leading fishing rods is the Shimano Compre series and the other models of rods from the same maker. There are different forms of tackles that are used for fishing. One of these is the fishing rod, which is probably the most well-known equipment for recreational fishing. Whether it is a Shimano Compre rod or fishing rods from other manufacturers, these are comprised of a pole that is flexible and long. The pole’s handle is attached with a reel where the line is stored. The reel comes with an arrangement that permits you to cast the line and retrieve it when a fish is baited. Unlike contemporary models of fishing rods, such as the Shimano rods, the rods during the ancient times were made primarily of wood. During the recent times, rods are made from synthetic materials like graphite composites or fiberglass. However, there are still some fishing circles that use Calcutta reed, ash wood, or Tonkin bamboo as materials for their rods.
The Difference between Shimano Compre Rods and Ancient Rods
There is a huge difference between recent models of fishing rods from the fishing rods during the olden times. Shimano Compre series and other new fishing pole versions feature precision-engineered designs. What is more, fishing rod manufacturers make sure that their creations are snag-free. Thorough research is performed in order to develop rods that are capable of maximizing the fishing experience of anglers. These attributes are guaranteed when you shop for Shimano rods. The rods from Shimano Incorporated are considered as among the market’s top performers. The Shimano Compre series and other rods from this maker are recognized for their unique designs and top quality.
Offshore Fishing with Shimano Rods
Fishing offshore is relatively difficult. The fishing equipment have to be durable enough to endure the strong current of the ocean. What is more, the equipment should be capable of resisting the tenacity of big game fishes such as sharks or tuna. With the Shimano Compre series and the other fishing rods from the manufacturer, you will be able to control your rod without much difficulty. Other than the Shimano Compre, Shimano has other rod models that are perfect for offshore saltwater fishing. These include the Tallus Bluewater, Clarus, and Trevala. These certain Shimano rods are specially designed to resist the sea’s rigors. What is more, hours of jigging or trolling will not affect the performance of your rod.
Shimano Compre Features Featured
The Shimano Compre series lead the other fishing rods from Shimano. These rods feature a concept system that is widely known as the Fuji Guide. What is more, these utilize components that are of top quality. The outstanding finish of the Shimano Compre rods include gold inserts and butt caps that are made from composite cork. The quick response rate and sensitivity of the rods is due to the use of IM-8 graphite.
The online market offers several selections of Shimano rods. One of the Internet sites that you can turn to for your fishing needs is Sea Isle Tackle.

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Allotropes of Carbon

Carbon has several allotropes that are its different versions and are distinguished by molecular structure. The first of these is graphite, a soft material with an unusual crystalline structure. Graphite is essentially a series of one-atom-thick sheets of carbon, bonded together in a hexagonal pattern, but with only very weak attractions between adjacent sheets. A piece of graphite is thus like a big, thick stack of carbon paper. On the one hand, the stack is heavy, but the sheets are likely to slide against one another. Actually, people born after about 1980 may have little experience with carbon paper, which was gradually phased out as photocopiers became cheaper and more readily available.

Today, carbon paper is most often encountered when one signs a credit-card receipt where in the signature goes through the graphite-based backing of the receipt, onto a customer copy. In such a situation, one might notice that the copied image of the signature looks as though it were signed in pencil. This is not surprising, considering that pencil “lead” is, in fact, a mixture of graphite, clay, and wax. In ancient times, people did indeed use lead, the heaviest member of Group 4, the “carbon family” for writing, because it left gray marks on a surface. Lead, of course, is poisonous, and is not used today in pencils or in most applications that would involve prolonged exposure of humans to the element. Nonetheless, people still use the word “lead” in reference to pencils, much as they still refer to a galvanized steel roof with a zinc coating as a “tin roof.”

In graphite the atoms of each “sheet” are tightly bonded in a hexagonal, or six-sided, pattern, but the attractions between the sheets are not very strong. This makes it highly useful as a lubricant for locks, where oil would tend to be messy. A good conductor of electricity, graphite is also utilized for making high-temperature electrolysis cells. In addition, the fact that graphite resists temperatures of up to about 6,332°F (3,500°C) makes it useful in electric motors and generators.

The second allotrope of carbon is diamond that also is crystalline in structure.  People are most familiar with diamond in the form of jewelry, but in fact it is widely applied for a number of other purposes. According to the Mohs scale, which measures the hardness of minerals, diamond has the hardness of 10, in other words it is the hardest type of material. It is used for making drills that bore through solid rock; likewise, small diamonds are used in dentists’ drills for boring through the ultra-hard enamel on teeth.

Neither diamonds nor graphite is, in the strictest sense of the term, formed of molecules. Their arrangement is definite, as with a molecule, but their size is not: they simply form repeating patterns that seem to stretch on forever. Whereas graphite is in the form of sheets, a diamond is basically a huge “molecule” composed of carbon atoms strung together by covalent bonds. The size of this “molecule” corresponds to the size of the diamond: a diamond of 1 carat, for instance, contains about 1022 (10,000,000,000,000,000,000,000 or 10 billion billion) carbon atoms.

The diamonds used in industry look quite different from the ones that appear in jewelry. Industrial diamonds are small, dark, and cloudy in appearance, and though they have the same chemical properties as gem-quality diamonds, they are cut with functionality (rather than beauty) in mind. A diamond is hard, but brittle: in other words, it can be broken, but it is very difficult to scratch or cut a diamond—except with another diamond. The cutting of fine diamonds for jewelry is an art, exemplified in the alluring qualities of such famous gems as the jewels in the British Crown or the infamous Hope Diamond in Washington, D.C.’s Smithsonian Institution. Such diamonds—as well as the diamonds on an engagement ring—are cut to refract or bend light rays, and to disperse the colors of visible light.

Until 1985, carbon was believed to exist in only two crystalline forms, graphite and diamond. In that year, however, chemists at Rice University in Houston, Texas, and at the University of Sussex in England, discovered a third variety of carbon, an invention for which they later jointly received a Nobel Prize. This “new” carbon molecule composed of 60 bonded atoms in the shape of what is called a “hollow truncated icosahedron.” In plain language, this is rather like a soccer ball, with interlocking pentagons and hexagons. However, because the surface of each geometric shape is flat, the “ball” itself is not a perfect sphere. Rather, it describes the shape of a geodesic dome, a design created by American engineer and philosopher R. Buckminster Fuller, due to which they have been dubbed as buckminsterfullerene.

There are other varieties of buckminsterfullerene molecules, known as fullerenes. However, the 60-atom shape, designated as 60C, is the most common of all fullerenes, the result of condensing carbon slowly at high temperatures. Fullerenes potentially have a number of applications, particularly because they exhibit a whole range of electrical properties: some are insulators, while some are conductors, semiconductors, and even superconductors. Due to the high cost of producing fullerenes artificially, however, the ways in which they are applied remain rather limited.

There is a fourth way in which carbon appears, distinguished from the other three in that it is amorphous, as opposed to crystalline, in structure. An example of amorphous carbon is carbon black, obtained from smoky flames and used in ink, or for blacking rubber tires. Though it retains some of the microscopic structures of the plant cells in the wood from which it is made, charcoal—wood or other plant material that has been heated without enough air present to make it burn—is mostly amorphous carbon. One form of charcoal is activated charcoal, in which steam is used to remove the sticky products of wood decomposition. What remains are porous grains of pure carbon with enormous microscopic surface areas. These are used in water purifiers and gas masks.

Coal and coke are particularly significant varieties of amorphous carbon. Formed by the decay of fossils, coal was one of the first “fossil fuels” (for example, petroleum) used to provide heat and power for industrial societies. Indeed, when the words “industrial revolution” are mentioned, many people picture tall black smokestacks belching smoke from coal fires. Fortunately—from an environmental standpoint—coal is not nearly so widely used today, and when it is (as for instance in electric power plants), the methods for burning it are much more efficient than those applied in the nineteenth century. Actually, much of what those smokestacks of yesteryear burned was coke, a refined version of coal that contains almost pure carbon. Produced by heating soft coal in the absence of air, coke has a much greater heat value than coal, and is still widely used as a reducing agent in the production of steel and other alloys.

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TaylorMade R9 Series Features Flight Control Technology

Innovation has always been a hallmark of TaylorMade golf clubs, and the TaylorMade R9 Series introduced in early 2009 is no exception. The new series includes R9, R9 TP, R9 460 and R9 460 TP drivers, as well as R9 and R9 TP fairway woods. (TP stands for Tour Preferred.) And they’re arguably the most customizable and adjustable clubs on the market.

The major innovation of the R9 series is a feature TaylorMade calls Flight Control Technology (FCT). FCT allows the golfer to set the loft, lie and face angle to eight different positions. Combine FCT with TaylorMade’s movable weights technology (available on TaylorMade R9 drivers, except for the R9 460 model), and golfers have the ability to affect side-to-side ball flight by up to 75 yards.

That’s a lot of customization possibilities. In fact, with the eight positions and three weight options, some have called the TaylorMade R9 “24 drivers in one.” According to TaylorMade, adjustments can be completed in seconds.

A few turns of the bolts with the special TaylorMade white wrench can help straighten out an ugly slice or seemingly uncontrollable hook. Or, as TaylorMade says at its Web site, “Adjust the head. Adjust the weights. Totally optimize you.”

Marketing hype? Perhaps. (Is any golfer but Tiger Woods ever totally optimized?) Yet early reviews from independent golf and golf equipment Web sites and comments from PGA Tour players such as Kenny Perry and Pat Perez (see below) would indicate the TaylorMade R9 Series is the real deal.

Another touted feature of the TaylorMade R9 series is the Fujikara Motore graphite shaft with a High Intertia Tip (HIT), technology designed to give the shaft extra kick for more distance. The clubhead size of the R9 drivers is comparable to other TaylorMade drivers such as the r7 SuperQuad. However, the R9 is not as large as the TaylorMade Burner.

Also featuring FCT (but not movable weights), TaylorMade R9 Fairway Woods are available in both right- and left-handed models and include loft options of 13, 15, 17 and 19 degrees. They also come standard with a 70-gram Fujikura Motore graphite shaft.

What PGA Tour Pros Say

When Taylor Made recently added the R9 460 to its R9 Series of drivers, Kenny Perry, the world’s No. 7 ranked player, gave it a test drive on the practice range at Colonial Country Club in Fort Worth, Texas. Perry experienced an immediate power surge.

“I jumped up five miles per hour in ball speed immediately,” he told Golf.com’s David Dusek.

“I’ll go to Bethpage early and I’ll take both my drivers,” Perry added. “My regular R9 and this one [the R9 460]. If I feel like I need to hit it straight, I’ll use the R9. If I feel like I need to bomb it, then I’ll use that one [R9 460].”

PGA Tour pro Pat Perez is also a true believer. Perez won the 2009 Bob Hope Classic with a TaylorMade R9 driver in his bag. It was the veteran’s first PGA Tour victory.

“I’m telling you, it’s the best driver I’ve ever hit,” Perez said. “And I’ve tried a lot of them.”

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Finding The Best Sports Watches – Movado Watches Series 800

Movado has been committed to manufacturing watches of excellence for over 125 years. Their legendary watches have won numerous awards during its long evolution. These watches are the best display of the finest movements and superior accuracy that Swiss watches are known for.

Recently Movado has unveiled the latest series of watches, the Movado Series 800. This collection is the ultimate in luxury sports watches and is available in both mens and ladies watches.

The Movado 800 Series is specially targeted at the younger market looking for a luxury watch of more utility. Nothing beats this watch if you are seeking a timepiece priced about $500 – $1500.

The easily recognizable, large and luminous Movado dot at 12 is the common feature of all the watches in the Movado Series 800. A higher level of stainless steel is used in the manufacturing, which enhances the durability and strength of the timepiece. The low nickel content in this surgical steel quality offers improved hypoallergenicity.

In terms of the water resistant capabilities, this watch is water resistant to 200 meters, or 660 feet. Hence, there is no need to worry about if the watch is fallen into a swimming pool.

The wrist bands are available both in black Thermoresin and the stainless steel bracelet. The fold over safety bar at the clasp can add security while participating in active pursuits. The stainless steel bracelets are equipped with a diver deployment clasp that allows your watch to be worn safely over your wetsuit.

The watch faces are available in various colors ranging from traditional black or white to the more sporty red, yellow and blue, thus, you can choose one suitable to your personality.

With added benefit of split second timing, the chronograph watches available in the 800 Series are snapped up since their launch into the market. The three extra round dials on the face of the watch will allow you to time your personal bests in minutes, seconds, and tenths of seconds.

The Movado Series 800 is the ultimate infusion of innovative creativity and faithful accuracy. It is really the perfect timepiece for those people who are fond of sports.

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