Showing posts with label radar. Show all posts
Showing posts with label radar. Show all posts
Tuesday, November 11, 2014
Saturday, September 27, 2014
Monday, September 8, 2014
Sunday, August 17, 2014
Ground penetrating radar and archaeological digs
Ground Penetrating Radar for Archaeological Digs
One of the most fascinating methods that archaeologists
can use in order to enhance their ability to discover ancient archaeological
sites is to use what is called ground permeating radar to discover what
hundreds, if not thousands, of years of inactive build up have actually
maintained below the ground. In ancient Egypt, with a sands streaming, building
layer upon layer of sediment over ancient websites, ground permeating radar has
had the ability to find ancient cities that had actually been covered, along
with a series of tunnels
and spaces causing the front paws of the Sphinx.
Without this innovation, it would be tough to understand where things were
without physically digging everything up. Let's talk about exactly what ground
permeating radar is, and how it is helpful for historical digs today.
What Is Archaeology?
The science of archaeology is the focused undertaking to
uncover ancient civilizations and the materials that represented each society.
This could be pottery, walls, homes, or even aqueducts that were when above
ground made use of for communicating water. To find these products, it's needed
to dig for a number of years fastidiously, wishing to not disrupt or damage any
of the artifacts. By utilizing something called ground penetrating radar, it
eliminates the thinking video game of finding the precise area where ancient
societies had been living, and also avoiding unnecessary digging or you may consult
What Is Ground Penetrating Radar?
Ground permeating radar is a type of radar that is able
to be sent with the soil, and will certainly recuperate as soon as it strikes
various products buried in the ground, offering us a visual of what is below.
It's unfortunate that this technology did not exist for the last century, as it
could have increased our capability to discover old civilizations very quickly.
The understanding that we have today is in part the outcome of advanced
scientific instrumentation and methods, among which is ground penetrating
radar.
The main advantage of using GPR for archaeology is that
it can assist speed up the procedure of finding ancient cultures beneath the
dirt and sand. By utilizing this routinely, depending upon how intuitive the
radar is, it can assist speed up the procedure of discovering historical
websites 100 fold by getting rid of areas that do not need to be searched.
One of the most fascinating methods that archaeologists
can utilize in order to improve their capability to discover ancient
archaeological sites is to utilize what is called ground permeating radar to
discover what hundreds, if not thousands, of years of inactive construct up
have protected beneath the ground. In ancient Egypt, with a sands flowing,
developing layer upon layer of sediment over ancient sites, ground penetrating
radar has been able to discover old cities that had been covered, as well as a
series of tunnels and spaces leading to the front paws of the Sphinx. Ground
penetrating radar is a type of radar that is able to be sent through the soil,
and will bounce back when it strikes different items buried in the ground,
offering us a visual of exactly what is underneath.
54 Hooker Blvd
Broadbeach,
QLD
4218
Contact us: 0426 508 755
Sunday, March 23, 2014
Scanning Concrete with GPR Technology
Scanning Concrete Using GPR Technology
GPR, or ground penetrating radar, is a technology used by
those in the geophysical profession to send radar pulses through the ground to
image what is called the subsurface. It utilizes electromagnetic radiation,
specifically in the microwave band. These signals are sent down, reflected back
up, and processed to provide an image of the subsurface below. This type of
technology can be used on various structures, pavement, ice, soil and even
rock. It is able to detect even the most subtle changes which may be caused by
cracks, voids or other changes in the material beneath the surface. When
scanning concrete, GPR technology can also be used. Let's take a look at why
this is done.
Scanning Concrete Using GPR
When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.
Tunnel Assessment Surveys
Another area in which scanning concrete with GPR
technology is very important is investigating the deterioration of tunnels. It
is an effective tool which can allow engineers to find hidden construction
shafts, look at the condition of the lining of the tunnel, and also find voids
that could lead to further problems. The advantage of using ground penetrating
radar is because of how quickly this data can be gathered and assessed, making
tunnel systems safer for everyone.
As you can see, scanning concrete with GPR technology is
a very important part of maintaining public safety. By detecting sinkholes
beneath the concrete, and voids that may cause future damage to tunnel systems,
you are improving the possibility of addressing these problems, and preventing
the potential for injuries and fatalities.
GPR technology can also be used when scanning concrete.
When using this technology for concrete imaging, it is used for a variety of
reasons. By using this GPR technology when scanning concrete, it can help
detect these types of hazards, thus providing a very necessary public safety
measure.
54 Hooker Blvd
Broadbeach,
QLD
4218
Contact us: 0426 508
755
Scanning Concrete with GPR Technology
Scanning Concrete Using GPR Technology
GPR, or ground penetrating radar, is a technology used by
those in the geophysical profession to send radar pulses through the ground to
image what is called the subsurface. It utilizes electromagnetic radiation,
specifically in the microwave band. These signals are sent down, reflected back
up, and processed to provide an image of the subsurface below. This type of
technology can be used on various structures, pavement, ice, soil and even
rock. It is able to detect even the most subtle changes which may be caused by
cracks, voids or other changes in the material beneath the surface. When
scanning concrete, GPR technology can also be used. Let's take a look at why
this is done.
Scanning Concrete Using GPR
When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.
Tunnel Assessment Surveys
Another area in which scanning concrete with GPR
technology is very important is investigating the deterioration of tunnels. It
is an effective tool which can allow engineers to find hidden construction
shafts, look at the condition of the lining of the tunnel, and also find voids
that could lead to further problems. The advantage of using ground penetrating
radar is because of how quickly this data can be gathered and assessed, making
tunnel systems safer for everyone.
As you can see, scanning concrete with GPR technology is
a very important part of maintaining public safety. By detecting sinkholes
beneath the concrete, and voids that may cause future damage to tunnel systems,
you are improving the possibility of addressing these problems, and preventing
the potential for injuries and fatalities.
GPR technology can also be used when scanning concrete.
When using this technology for concrete imaging, it is used for a variety of
reasons. By using this GPR technology when scanning concrete, it can help
detect these types of hazards, thus providing a very necessary public safety
measure.
54 Hooker Blvd
Broadbeach,
QLD
4218
Contact us: 0426 508
755
Scanning Concrete with GPR Technology
Scanning Concrete Using GPR Technology
GPR, or ground penetrating radar, is a technology used by
those in the geophysical profession to send radar pulses through the ground to
image what is called the subsurface. It utilizes electromagnetic radiation,
specifically in the microwave band. These signals are sent down, reflected back
up, and processed to provide an image of the subsurface below. This type of
technology can be used on various structures, pavement, ice, soil and even
rock. It is able to detect even the most subtle changes which may be caused by
cracks, voids or other changes in the material beneath the surface. When
scanning concrete, GPR technology can also be used. Let's take a look at why
this is done.
Scanning Concrete Using GPR
When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.
Tunnel Assessment Surveys
Another area in which scanning concrete with GPR
technology is very important is investigating the deterioration of tunnels. It
is an effective tool which can allow engineers to find hidden construction
shafts, look at the condition of the lining of the tunnel, and also find voids
that could lead to further problems. The advantage of using ground penetrating
radar is because of how quickly this data can be gathered and assessed, making
tunnel systems safer for everyone.
As you can see, scanning concrete with GPR technology is
a very important part of maintaining public safety. By detecting sinkholes
beneath the concrete, and voids that may cause future damage to tunnel systems,
you are improving the possibility of addressing these problems, and preventing
the potential for injuries and fatalities.
GPR technology can also be used when scanning concrete.
When using this technology for concrete imaging, it is used for a variety of
reasons. By using this GPR technology when scanning concrete, it can help
detect these types of hazards, thus providing a very necessary public safety
measure.
54 Hooker Blvd
Broadbeach,
QLD
4218
Contact us: 0426 508
755
Scanning Concrete with GPR Technology
Scanning Concrete Using GPR Technology
GPR, or ground penetrating radar, is a technology used by
those in the geophysical profession to send radar pulses through the ground to
image what is called the subsurface. It utilizes electromagnetic radiation,
specifically in the microwave band. These signals are sent down, reflected back
up, and processed to provide an image of the subsurface below. This type of
technology can be used on various structures, pavement, ice, soil and even
rock. It is able to detect even the most subtle changes which may be caused by
cracks, voids or other changes in the material beneath the surface. When
scanning concrete, GPR technology can also be used. Let's take a look at why
this is done.
Scanning Concrete Using GPR
When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.
Tunnel Assessment Surveys
Another area in which scanning concrete with GPR
technology is very important is investigating the deterioration of tunnels. It
is an effective tool which can allow engineers to find hidden construction
shafts, look at the condition of the lining of the tunnel, and also find voids
that could lead to further problems. The advantage of using ground penetrating
radar is because of how quickly this data can be gathered and assessed, making
tunnel systems safer for everyone.
As you can see, scanning concrete with GPR technology is
a very important part of maintaining public safety. By detecting sinkholes
beneath the concrete, and voids that may cause future damage to tunnel systems,
you are improving the possibility of addressing these problems, and preventing
the potential for injuries and fatalities.
GPR technology can also be used when scanning concrete.
When using this technology for concrete imaging, it is used for a variety of
reasons. By using this GPR technology when scanning concrete, it can help
detect these types of hazards, thus providing a very necessary public safety
measure.
54 Hooker Blvd
Broadbeach,
QLD
4218
Contact us: 0426 508
755
Scanning Concrete with GPR Technology
Scanning Concrete Using GPR Technology
GPR, or ground penetrating radar, is a technology used by
those in the geophysical profession to send radar pulses through the ground to
image what is called the subsurface. It utilizes electromagnetic radiation,
specifically in the microwave band. These signals are sent down, reflected back
up, and processed to provide an image of the subsurface below. This type of
technology can be used on various structures, pavement, ice, soil and even
rock. It is able to detect even the most subtle changes which may be caused by
cracks, voids or other changes in the material beneath the surface. When
scanning concrete, GPR technology can also be used. Let's take a look at why
this is done.
Scanning Concrete Using GPR
When using this technology for concrete imaging, it is used for a variety of reasons. By using this GPR technology when scanning concrete, it can help detect these types of hazards, thus providing a very necessary public safety measure.
Tunnel Assessment Surveys
Another area in which scanning concrete with GPR
technology is very important is investigating the deterioration of tunnels. It
is an effective tool which can allow engineers to find hidden construction
shafts, look at the condition of the lining of the tunnel, and also find voids
that could lead to further problems. The advantage of using ground penetrating
radar is because of how quickly this data can be gathered and assessed, making
tunnel systems safer for everyone.
As you can see, scanning concrete with GPR technology is
a very important part of maintaining public safety. By detecting sinkholes
beneath the concrete, and voids that may cause future damage to tunnel systems,
you are improving the possibility of addressing these problems, and preventing
the potential for injuries and fatalities.
GPR technology can also be used when scanning concrete.
When using this technology for concrete imaging, it is used for a variety of
reasons. By using this GPR technology when scanning concrete, it can help
detect these types of hazards, thus providing a very necessary public safety
measure.
54 Hooker Blvd
Broadbeach,
QLD
4218
Contact us: 0426 508
755
Thursday, March 13, 2014
GPR Equipment
The Uses of Ground Penetrating Radar in the Construction
Industry
Ground penetrating radar is a very well established tool
because it helps to locate underground and encased objects that could be
dangerous or damaging if they were to be uncovered or accidentally destroyed by
construction efforts.
GPR is a real-time procedure that can immediately locate
such underground items as electrical conduits that are buried in concrete, post
tension cables, rebar and other such items that if cut or damaged could prove
costly and dangerous.
This is a very useful tool because it provides a non-destructive way to detect elements that are hidden within concrete. It can locate targets that are encased within concrete and pinpoint where they are in a fast and safe manner.
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The current technology allows the user to rapidly
evaluate a concrete slab in a user friendly and a cost effective way in order
to scan an area and find out what is located within. The GPR equipment can scan larger
areas of a concrete project in more than one passing motion and then put the
images together to form a 3-D image. This gives a very accurate picture of
where items are located, so an exact placement can be made.
This type of accuracy saves time and money because it
allows safe drilling, cutting and coring of concrete, so no down time is
required and no injuries or loss of life is a threat.
Ground penetrating radar is also a real boon in the
mining industry, as rocks and hard surfaces can easily be analyzed as far doing
a simple scan can discover faults, fractures and joints, so geologists will
know the exact structure of what they are dealing with.
When dealing with minerals, an entire vein of the mineral
can be tracked so it is known exactly where it goes. The detection of diamonds,
gold, silver, and titanium is enhanced with these methods.
54 Hooker Blvd
Broadbeach,
QLD
4218
Contact us: 0426 508 755
Sunday, February 23, 2014
Ground Penetrating Radar QLD
Understanding
Ground Penetrating Radar Applications
When I left
university I was rather excited about entering the world with my piece of
paper. This degree showed I was trained in a specific field and was smart
enough to know what I was talking about. At times, when around non-university
graduates, I felt quite smug knowing I had something they didn't. It was only
when my boyfriend would come home and talks about his work as a geologist, or
rather a geologist's assistant that I felt insanely 'dumb'.
While I
knew about Freud and Kinney, he knew about seismology and ground penetrating
radars. He would sit at the table and explain these procedures to me in simple
words, making me gaze in awe and loathing at his coolness. The ground
penetrating radar was so intriguing.
This Ground Penetrating Radar QLD (GPR) is, as the name suggests, a means of penetrating the
ground with several radars to determine whether or not an object is buried
underneath the stone, ice or other structures. It also identifies any
alterations in the material, and any cracks or voids.
But how? A
question I found myself asking numerous times. Simple, he would say. The radar
pulses image the subsurface and use high levels of electromagnetic frequencies
to be sent into the subsurface. When and if the wave hits a buried object,
crack or void then it will bounce back. The range of the electromagnetic pulse
is measured on a spectrum and is limited by the conductivity of the ground.
He said
that if conductivity is high, the penetration depth is low because the
electromagnetic energy disappears into the substructure's heat causing a loss
of signal. If conductivity is low,(like in ice), then the penetration can be as
high as hundreds of feet.
GPR are
easy to use, safe and more sophisticated than most methods in geology. I wish I
had more access to them in my studies.
While I
knew about Freud and Kinney, he knew about seismology and ground penetrating
radars. The ground penetrating radar was so intriguing.
The radar
pulses image the subsurface and use high levels of electromagnetic frequencies
to be sent into the subsurface. The range of the electromagnetic pulse is
measured on a spectrum and is limited by the conductivity of the ground.
Broadbeach,
QLD
4218
Contact us: 0426 508 755
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