Inside the Metal Detector offers hard-to-find information on the technology behind metal detectors. Author interviews, book reviews, editors' picks, and more. Inside the Metal Detector: The First In-depth Book on Metal Detector Technology Since on *FREE* shipping on qualifying offers. Inside The Metal Detector - site edition by George Overton. Browse Best Books of the Month, featuring our favorite new books in more than a dozen.

Inside The Metal Detector Book

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Inside the Metal Detector book. Read reviews from world's largest community for readers. Included are hands-on experiments and complete metal detector projects in every category. A list of resources includes web sites, books, magazine articles, and. Inside the Metal Detector by Carl Moreland, , available at Book Depository with free delivery worldwide.

Swing right, left again. Swing, beep. The scoop pierces the sand and digs in.

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A large scoop of sand is placed next to the newly formed hole. I swing the metal detector over the hole, the sound has vanished. I move the head of the detector over to the pile of sand, beep. Using my foot, I spread the sand out and move the detector over the spread out sand, beep. I hone in on the area of the sound.

Leaning down, Jim picks up a clump of sand and hands it to me. To me it just looks like a clump of sand. I rub it in my fingers and chip away the sand with my nail to reveal the worn penny. It really gets caked up, huh? He had gold fever. He chuckles at the memory of being so excited to hit the beach that he would sometimes forget some of his equipment in the car! Once Jim moved to Myrtle Beach, he was fully committed.

He committed to detect at every low tide. Not just the ones during the day—the ones in the middle of the night, too! Metal detecting is not all about luck like one might think. The other, more well-known source to consider is microfilm. Most county and state libraries will have a vast collection of microfilm to scroll through. You can even check to see if your nearby University Library has some to offer.

This can be a huge time saver as it prevents you from having to travel long distances to visit libraries who have specific films. It does, however, require you to do a bit of research first to determine which reels of microfilms you want to rent i.

You can find these at your local metal detecting shop or on site. But they certainly are entertaining! A lot of people who like to hunt for Revolutionary and Civil War-era relics often ignore this suggestion because they figure, hey how is someone who was born in going to help me? Sometimes first-hand accounts can give us some of the best clues to discovering an old homestead that we would have never found otherwise.

This can provide invaluable clues and help you laser focus your detecting area. While there so many more forms of research you can do, these are often the most effective and easiest to conduct.

Getting Permission to Metal Detect For whatever reason, this seems to be one of the most common obstacles to getting access to great detecting spots. And understandably so in some cases. Likewise in areas that are more suburban and full of beautiful, well-kept green lawns, a lot of people might tell you to bugger off.

While this can be a dealbreaker for a lot of homes, it can sometimes help to show the homeowner how exactly you dig small plugs for targets and explain your process of only digging good signals. You just have to convey that to the homeowner. Either way, just be honest and straightforward with them. The deal that is most often made between the detectorist and homeowner is that the detectorist keeps everything they find unless the homeowner specifically asks to keep something.

The detectorist is also obliged to return any lost items, jewelry, and family heirlooms to the property owner.

This is also just good ethics. How to Dig Responsibly As a rule of thumb, a hand digger should be used on properties that are less than two acres. Anything over that you can start to think about a mid-sized digger for faster digging. The hand digger tool of choice for most detectorists is the Lesche digging tool.

Read Inside the Metal Detector: The First In-depth Book on Metal Detector Technology Since

This tool can sometimes be referred to as a digging knife. The digger is serrated on one side for easy digging and cutting through roots. Likewise, lefties will want serrations of the left side.

Remember you cut the plug in a horseshoe shape so the part that you did not cut will now act as a hinge to flip open your plug. The grass of the plug should now be completely upside down on top of the grass adjacent to the hole. If you need to dig away additional dirt from either the plug or the hole, put it on your towel. Flip your plug back over and press down firmly. Like I said, easier to demonstrate visually than to write out.

So take it seriously. If you remember from the metal detecting code of ethics, we will also be disposing of trash responsibly when we detect. How deep will a metal detector go? There's no exact answer to that question, unfortunately, because it depends on all kinds of factors, including: The size, shape, and type of the buried metal object: bigger things are easier to locate at depth than small ones.

The orientation of the object: objects buried flat are generally easier to find than ones buried with their ends facing downward, partly because that creates a bigger target area but also because it makes the buried object more effective at sending its signal back to the detector.

The age of the object: things that have been buried a long time are more likely to have oxidized or corroded, making them harder to find. The nature of the surrounding soil or sand you're searching. Generally speaking, metal detectors work at a maximum depth of about 20—50cm 8—20in.

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Where are metal detectors used? Metal detectors aren't just used to find coins on the beach.

You can see them in walk-through scanners at airports designed to stop people carrying guns and knives onto airplanes or into other secure places such as prisons and hospitals and in many kinds of scientific research. Archeologists often frown on untrained people using metal detectors to disturb important artifacts but, used properly and with respect, metal detectors can be valuable tools in historic research. Photo: This wand-type detector, called a SuperScanner and made by Garrett Metal Detectors, is being used to check visitors to a medical clinic in Afghanistan.

It runs off a built-in 9-volt battery that provides about 60 hours of continuous operation. If you find metal, the detector lets you know with a combination of flashing LED lights and a warbling noise. It's 42cm Who invented metal detectors? Garfield in July One of the bullets aimed at the President lodged inside his body and couldn't be found.

Telephone pioneer Alexander Graham Bell promptly cobbled together an electromagnetic metal-locating device called an induction balance , based on an earlier invention by German physicist Heinrich Wilhelm Dove. Although the bullet wasn't found and the President later died, Bell's device did work correctly, and many people credit it as the very first electromagnetic metal locator.

Artwork: Left: Find that bullet! This sketch by William A. Skinkle, from Frank Leslie's illustrated newspaper of August 20, , shows rather a lot of doctors! The room on the left contains the equipment, on the table-top, which is labelled "interrupter," "condenser," and "battery" the boxes at the back of the table.

You can just make out wires that stretch around the bottom of the picture through to the President's bed on the right. Presumably Alexander Graham Bell is the bearded man talking on the telephone on the right?

Courtesy of US Library of Congress.

Portable metal detectors were invented by German-born electronics engineer Gerhard Fischer which he also spelled "Fisher" while living in the United States, and he applied for a patent on the idea in January He called his invention the Metalloscope—a "method and means for indicating the presence of buried metals such as ore, pipes, or the like"—and you can see it in the drawing here.

The same year, he founded Fisher Research Laboratory, which remains a leading manufacturer of metal detectors to this day. Dr Charles L.

Garrett, founder of Garrett Electronics, pioneered modern, electronic metal detectors in the early s. After working for NASA on the Apollo moon-landing program, Garrett turned his attention to his hobby—amateur treasure hunting—and his company revolutionized the field with a series of innovations, including the first computerized metal detector featuring digital signal processing, patented in The transmitter coil is in the red box at the front; the receiver coil is in the blue box at the back.This design utilizes an AM amplitude modulated transmitting coil and two receiving coils one on either side of the transmitter.

The digger is serrated on one side for easy digging and cutting through roots. You cannot allow noises such as traffic, the wind, or kids screaming get in the way of hearing the sounds your detector is making. Garrett, founder of Garrett Electronics, pioneered modern, electronic metal detectors in the early s.

Lincoln, United Kingdom. Using this method, Jim is more likely to find the gold.

In common with the developments in other uses of metal detectors both alternating current and pulse systems are used, and the design of the coils and the electronics has moved forward to improve the discrimination of these systems.

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