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« on: February 28, 2015, 06:04:45 pm »
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i read some articles and i think ,you must to read that ones.. mybe help for your design for frequency ...or which dedector for you ....  AND What you thing pls write here...

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Frequency gold

Theory of metal buried and MDF are frequency associated with the substance or NMR (NMR) which exists in the periodic table of elements for each article.

But NMR in the periodic table is a measure of frequency of gold in air and on hydrogen and seed @ MHZ100 and together give a magnetic field strength = 2.35 Tesla.

Since metal buried in the ground is subject to terrestrial magnetic field which value rate is 50 micro Tulsa. If we have the equation, the value of gold buried frequency is Hz37.

And here we come to the question how the hardware companies estimated the value of frequency sensors buried gold is KHz5 as I said earlier. They came out of that metal keeps ringing (Resonance) compatible with so-called frequency harmonic (Harmonic Frequency-HF) natural frequency (Natural Frequency-NF) provided that HF = xNF here x is a node (Node Frequency).

The frequency KHz5 of gold equal to approximately 135 knots for the harmonic frequency of the gold or 37/5000 = 135.1 in this equation have the harmonic frequency of the gold.

I’m sorry if the scientific explanation here but if we understand المنديء know how to behave with hardware

Here came the Eurosceptics had considered that the use of KHz5 for gold (and of course silver reluctant and the rest of the elements within this framework) is very weak and compromised one alviziaen like you want to boil a cup of water in the microwave and the door is open and the trophy after two meters from the microwave. This is impossible!!! Of course his view.

But in fact many of those experiences have proved as long as the frequency of harmonic frequency can get consensus between reverb and reverb consignor buried item from device to capture gold for this theory remained sceptic that may carry the importance of finding buried metal through natural frequency is stronger than that you find through harmonic frequency but do not invalidate the effectiveness …

If where the basic problem in hardware?

Answer: the problem is two things and this is the point of research of this topic

Electromagnetic waves are a form of energy produced and absorbed by charged particles, which show similar behavior of waves travelling through space. Electromagnetic radiation of electric field and magnetic, are equal in severity, with each being vibrates maamd other wemaamd to the direction of wave propagation and energy, where the electromagnetic radiation in a vacuum to the speed of light.

Since the gold ring in NMR periodic table and its frequency = MHz1.754 ratio of hydrogen MHz100 VHF (frequency gold this size at the vacuum), gold is affected in the surrounding magnetic field either in vacuum or in the vicinity of another as dirt or any other environment but gold at any frequency within most differs from what is in the vacuum.

And may conclude that o brother why many of those who use the devices hand sensors can find hidden gold above ground because when the person holding piece went his hand with tray for example generates reverb of a hand to skewers equals frequency gold hidden outdoors and because outdoor freq pseudo-static.

Either underground, different frequency as we calculated above this frequency may differ from land to land, depending on the terrain. Therefore, many who work with skewers that they can unite people to find any hidden went outside Earth but say if gold underground, this is something else.

I have mentioned earlier that there are two problems in hardware sensors in search of gold, whether as Sikhs or electronic manual as people master.

The secret to finding gold underground is finding adequate frequency in nature.

Reviewed by working to answer adequately the brother terrain is important. And its importance in terms of the effect of the Earth’s magnetic field in that region and not the nature of the soil.

What does this mean?

First equity nature of soil affect frequency sender in Earth penetrating distance hand in land, not only in terms of frequency of the metal in the ground. If the nature of the soil affects the frequency, if influencer? Influencer is the Earth’s magnetic field for what? Because the Earth’s magnetic field that affects the NMR of the metal which gives the frequency of real metal in nature as we knew previously.

But we count by gold and Hz37 frequency or harmonic frequency 135 node (Harmonic Frequency) which use more sensors and hardware companies is KHz5 why is this wrong or better frequency is inaccurate.

My brothers before that answer let’s look a bit on the Earth’s magnetic field. As the earth rotates around itself and revolves on an axis inclined about the vertical axis 11 ° generates Earth’s magnetic field, which we all know through compass

And the Earth’s magnetic field generates Earth’s magnetic field strength ranging from 25 to 65 mikrotsla vary by location on Earth.

For this reason my brothers if audited gold hardware companies frequency sensors are used the rate of magnetic field strength (50 mikrotsla) for measuring frequency.

But if we for example frequency gold at 25 Hz and mikrotsla rescue 18.5 when 65 mikrotsla SOS 44.5 Hz when the companies we found 37 Hz. these differences in frequency too high and couldn’t get to the real frequency of this outcome.

That’s why ya brothers find that many hardware sensors may work sometimes, but more often than not working. What is the solution for this?

The second obstacle in hardware sensors to find the correct frequency for gold is the metal mixed with gold to earn its hardness. We also know that gold factory not gone 100% raw to take frequency NMR in the periodic table.

It was the Romans Greece entering silver with gold by about 3% llttraoh current standard gold ratio to about 23.5 Karat from 24K. After accounts showed that NMR frequency of old gold in the outdoors is about KHz1.841 compared to the NMR



It was the Romans Greece entering silver with gold by about 3% Gold current standard to about 23.5 Karat from 24K. After accounts showed that NMR frequency of old gold in the outdoors is about KHz1.841 compared with NMR frequency of the original gold and is KHz1.754.

I do not know but many of those he could ignore the amount of silver with old gold we consider frequency of Roman gold and the Greek is the same gold ore. Seems to be telling something to have tests.

The other thing which is the basic problem if we were looking for Turkish Fund we cannot link frequency gold ore with at all. Because after studying old Turkish Lira and not newly manufactured found that frequency has is about Hz83 for natural frequency or harmonic frequency 9,500.

But why I said earlier because we cannot study the newly manufactured Turkish Lira? Because modern manufacturing mix gold with brass and not red like the old Turkish.

Brass enters in the composition of copper red walzink by two thirds to one third of copper llsink, get into other accounts not entered us out now.

Of course, personally I think that I should study more than one source on the Turkish lira to make sure it’s real reluctance copper enters by more than 9% and study not easily proportion and fit.

Reviewed the impediments to remote sensing devices and the next step are:

You can solve those obstacles?

You could invent a device comparable to other devices?

Either answer you can solve those obstacles?

I’d say Yes. And require several steps and of course you need study and field workout

Steps built in three dots or task settings:

1. a frequency

2. copper bars

3. adjust the frequency of metal to be drilled by the magnetic field of the knowledge area to be explored and defined frequency NMR for metal

Conditions a frequency (MFD)

1. Design circuits give frequency drives (such as a radio) from Hz1 to KHz100

2. designed to operate on the battery. Electronic engineers know the shipping needed to generate bandwidth above

3. weak signal (Voltage) of the weak shipping does not generate a valid frequency

4. a cargo flow control signal strength or frequency sender in the ground for distances

5. industry • stitches style design developed by MORLAND by to ensure identity signal sent on Earth


 
what frequency is good for small gold

Referring to metal detectors, and different people will have different reactions. For example, some people think of are people searching for coins on the beach or buried treasure. While some may think of airport security, or a concert or major games at the entrance by security guards using a handheld scanner. These scenes are very real. Metal detector plays an important role in our lives, from recreation to work to safety and security, their use is very extensive. Airports, office buildings, schools, government agencies, and prisons and other places of use metal detectors, which helps to ensure that no people from carrying weapons into these sites. Consumer-oriented metal detectors, for millions of people around the world the opportunity to discover treasures (even though much of the findings are worthless wastes).

what frequency is good for small gold High frequency metal detectors- metal detectors for gold

In this article, you will learn about metal detector and related technologies. We will lock in the consumer-oriented metal detectors, but most of the information in this article also applies to the fixed detection system (such as used in airport detection systems) and handheld security scanners, and so on.Most systems will have a socket used to connect the receiver, some system console in the bottom, connecting rods, and a small display at the top.

Metal detector operation is very simple. After you open the detector by having the probe slowly moves across the area you want to search. In most cases, you will use coils (search probe) scan back and forth above the ground in front of you. If you sweep the target, the probe will send out a signal that allows you to hear. More advanced metal detector is equipped with screens, can accurately identify the type of metal and buried in the depths of a target.

Metal detectors are uniquely suited to finding buried objects. But generally speaking, depth of these objects have 30 centimeters, the detector can find them. Most of the detector has a normal maximum detection depth, about 20 to 30 cm. Accurate values of the depths under the influence of several factors:
Metal detector type-detection technology is the main factors influencing the detection capability. In addition, using the same technology also differentiated between the detector and their additional features will vary. For example, some VLF detector uses higher frequencies than other detectors and coils of different detector sizes will vary. In addition, the products of different manufacturers and different models within the same vendor by using the sensor and amplification technology are not the same.

Types of metal objects – some metals (such as iron) can produce a stronger magnetic field.
Size-the object under the same depth, to detect a 10 cents hard to detect a 25 cent coin would be more difficult.
The composition of the soil-certain minerals are natural conductor, can seriously interfere with a metal detector.
Object take effect-if some types of metal objects buried for a long time, this actually increases near the electrical conductivity of the soil.

Interference with other objects-can be below the surface of the object, such as a pipe or cable can also be objects above ground, such as transmission lines.The brilliant world of metal detecting enthusiasts, can be divided into several subcategories. Following is a list of a few of the more popular activities:

Coin Hunter-big events (such as a game or concert) to look for coins, or to the general sense of searching for old coins.
Exploration-searching for metal, such as nugget
Site search- searching for artifacts of historical value, such as the United States of weapons used during the civil war
Treasure-study tries to find the rumored hidden somewhere in the storage of gold and silver and other treasures of the dark cellar,United States there are many metal detector enthusiasts participated in the area or the whole United States range of clubs, the Club treasure campaigns can provide some tips and tricks. Some clubs even organized treasure or other Member of travel financing.


Best Frequency for Detecting Gold
 
Before we go on the Best Frequency for Detecting Gold, we know the metal detectors and their types, and the frequencies used in them, and know the metal detectors on the materials or the different minerals found in the soil, and the ability of these devices to excellence, and we mean to excellence here, between various minerals, of course we do not want to search for iron and haberdashery, what interests us is precious metals, such as gold, silver and coins …Etc.


I think it’s one of the metal detectors I have used easier than ever. Is well written instructions to help you get the most depth and look for more good goals. Very easy to navigate between the different modes of operation. Also with discrimination that can be set, and the sensitivity with which adjusts up or down.


Discrimination is a feature that will help you read good goals together with iron. It can also help tell a good iron objectives goals bad iron.

There are also ground Manuel and automatic balance which will help get the best out of depth in the severe ground cartilage.


There may be some types of metal detectors, some minor differences, such as that provided with headphones, or the remote control at the bottom of the column, and monitor installed at the top. But all metal detectors are easy to use, all the user has to do is turn on the device, move the detector slowly up the area to detect metal. When there is a metal piece, the device will issue voice through the speakers, as it appears on the screen some information about a plot and depth.

Best Frequency for Detecting Gold

Types of metal detectors

 

Metal detectors rely on techniques of three specifies the types and these techniques are:

 

- Very low frequency _ VLF

- Pulse induction _ PI

- Beat-frequency oscillation _ BFO

 

Best Frequency for Detecting Gold

 

What is the frequency of the best metal detectors? To find out, you need to know is what frequency and the pros and cons of the highest and lowest frequencies. Operating frequency of metal detectors can vary widely. They usually fall in the range of 3 kHz to 100 kHz, but some can even be higher or lower than this.


But what is the frequency? What is the best frequency for the metal detector? Frequencies above and below each have their own advantages. Find out the pros and cons and what you want to use a metal detector will help you decide what is best for you.


What is the frequency? Measured frequency metal detectors in kHz. Frequency 8 kHz means that transmits and receives 8000 times per second. 16.3 kHz will be 4,900 per second. Lower frequencies and longer wavelengths and higher frequencies have shorter wavelengths.

Best Frequency for Detecting Gold


Low frequency detectors in conductive metal, such as silver. Longer waves also better at penetrating the ground where they could get more depth. But not as good at finding small objects or have low conductivity. This type of metal detector is usually in the range of approximately 5 kHz and below.


Better high frequency detectors to detect objects with low conductivity such as gold and iron. And also the best at detecting small objects, making it easier to find things like gold nuggets or small pieces of jewelry. But the higher the frequency, the less depth it can get and the more sensitive metal detector is the mineralization in the ground. This can make the detector useless in some soil conditions if the frequency is too high. This type of metal detector is usually above 15 kHz.

Metal detectors the most fall somewhere in the middle of these extremes. This allows these general purpose metal detectors to be the best overall by getting most of the benefits of each extreme while minimizing the disadvantages of each. This type of metal detectors and will usually range from about 5 kHz to 15 kHz.


What is the frequency of the best metal detectors? Companies manufacturing metal detectors might try different frequencies for years in order to find the best frequency metal detectors. But the problem is that there is no “best”. There are only the best ranges of frequencies for different purposes. Knowing this will help you choose a detector that works best for your needs.

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« Last Edit: February 28, 2015, 06:09:49 pm by cool2010 »
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