Gold detector models are divided into two options. Gold detectors offer different models according to their usage area and purpose . As detectors used for searching for gold items, burials, money and treasure left by people, and as gold detector models used for searching for natural gold. You cannot use the same detector in both areas of use.
It was also used in the Battle of El-Alamein, Operation Overlord, the Allied invasion of Italy, and Operation Husky. However, although the detector worked properly, it could not locate the bullet as the bed on which American President James Garfield slept was metal. It was produced in 1874 by Trouvé, a French-born electrical engineer and inventor, to locate metal objects such as bullets in the human body, the prototype of today's metal detector. But as science and technology improved, the modern development of metal detectors began in the 1920s. Apart from this historical process, metal search detectors II. It was first used by Benito Mussolini to find the belongings of Emperor Caligula at the bottom of Italy's Lake Nemi, and later to find the belongings of explorers who came before him during Admiral Richard Byrd's Second Antarctic Expedition. In the mid-1980s, Doug Scott's groundbreaking work on the Battle of the Little Bighorn demonstrated the utility of metal detection and its usefulness as an archaeological method in reconstructing battlefield landscapes. Inspired by Trouvé, Alexander Graham Bell developed and used this metal detector in 1881 to try to locate a bullet lodged in the chest of American President James Garfield. While metal detectors are used in archeology to find metal artifacts, in 1958, Don Rickey, a military historian, used a metal detector to map the location of the Battle of the Little Bighorn.
There is no metal discrimination, the comment made by the user after the analysis of the incoming data is important. is It does not overwrite the data received from the device in this way. The basic things that the user can learn from the data received in the underground imaging products are soft soil, void, water, fill, excavated closed place, wet ground, rock, metal, structure, tunnel, cellar, etc. The device shows the data it receives and the user tries to understand what is happening by analyzing the differences there. They measure the magnetic field vectors coming from underground using magnetic sensors. Underground imaging systems are not like detectors and field scanning. The user can reach these conclusions by analyzing the measurements he made and the data he received.
Staff training and the suitability of metal detection devices are the twin elements of a successful research efforts that use metal detectors. Most of the current archaeologists, metal detectors "devil's tool" at a time when education was seen as acceptable and that the archaeologists to benefit from formal education. The key question is "Should I use metal detectors?" "How can I best use the metal detector?" Several university programs and field school, undergraduate and graduate students have begun to incorporate metal detection training, although detailed information to teach this subject, expertise and experience has remained only a limited number of professional archaeologists. AM, archaeologists will provide an opportunity for information technology and practical skills liable to present updates and expansions'. In addition, many professionals are not aware of the developments in metal detector technology, and unfortunately most are using outdated models. Another institution 'Advanced Metal Detection for archaeologists' school is still archaeologist and metal detector is an organization providing education users. Advanced Metal Detection for archaeologists from the website can recognize these formations in their own words. '' Use of metal detectors and history, has appeared several professional archaeologists metal exploration experience in archeology generally not accepted since it started in the best way they receive training in how to maximize their interests.