Tel : +86-592-3926659
Email : gilia@inthelaboratory.com
Industrial Soil Edition Portable X Ray Diffraction
Basic principles of X-ray diffraction: When a beam of monochromatic X ray incident to crystal, because the crystal is made up of atomic rules are arranged into a cell, the rules of the distance between the atoms and the incident X-ray wavelength with the same order of magnitude, so by the different atomic scattering X-ray mutual interference, stronger effects in some special directions X ray diffraction, the diffraction lines in the spatial distribution of location and intensity, is closely related to the crystal structure.
Clay minerals are the main body of interaction between charged particles in soil. Studies show that there are more than ten types of clay minerals, the main types are chlorite, kaolinite, illite, montmorillonite and illite/montmorillonite. The types of clay minerals are different in different areas, and their content is also very different in different areas, and each reservoir varies greatly in plane and vertical.
Portable X-ray diffraction (soil edition) is designed for clay minerals content identification and equipment research and development of a portable X-ray diffraction, it can be based on different clay minerals content of the crystal structure, quickly identify clay mineral type and the specific percentage of the, even small granular mineral can determine accurately, It is the main method of clay mineral identification with the advantages of simple sample preparation, fast and high measurement accuracy.
Advantage
Portable
the instrument adopts waterproof and dustproof box all-in-one machine design, without any mechanical moving parts, light and compact, convenient to carry, can freely carry out laboratory/field field scientific research.
Integration
XRD and XRF technology integration, in each test, can simultaneously collect XRD and XRF X-ray photon data, provide material composition, phase and structure information, so as to promote more accurate test results.
Simplicity
Instrument one-key operation, no correction, automatic detection, no extra attention to the high pressure system and water circulation cooling system (instrument without additional high pressure and water circulation cooling system).
Data transmission
The instrument through USB, Bluetooth, WIFI and laptop computer to achieve high-speed connection, real-time SHINE instrument control and phase analysis.
Two Dimensional X-Ray Diffractometer
The instrument is equipped with a charge coupled device (CCD) detector, which can take slices of the diffraction ring to help the user know if the sample has been prepared correctly (particle statistics and/or preferred grain orientation). So as to further help users to confirm whether the obtained qualitative and quantitative data is accurate and representative.
Flexibility
According to the needs of users specific applications, we provide customers with two different anode targets for Cu/Co targets.
Application scenario
Green development of agriculture
Soil pollution control
Environmental indicator study
Product parameter
XRD resolution
0.2°@2θ FWHM
Scope of XRD
5-55°2θ
The detector
2000 X 256 pixel, 2d, level 3 Pelter refrigeration CCD
X-ray tube target
Cluster microfocal spot X-ray tube, Cu or Co, Cr, Fe, Ni, Mo, Ag, W target (optional according to test sample)
X-ray tube voltage
Maximum 50kV, 0-50kV adjustable
X ray tube power
Maximum 40W, 0-40W adjustable
XRF energy resolution
127eV@8keV
XRF detection range
Mg—U
Sample particle size
Sample particle <150um (100 mesh sieve)
Cooling Method
Water Cooling
Sample weight
about 20mg
Working temperature
-10°C-35°C
Weight
15KG
The power supply
Lithium ion battery or power adapter
Size
50×40×18.8cm（L×W×H）
CrystalX analysis software language
Chinese, English and other languages
Basic principles of X-ray diffraction: When a beam of monochromatic X ray incident to crystal, because the crystal is made up of atomic rules are arranged into a cell, the rules of the distance between the atoms and the incident X-ray wavelength with the same order of magnitude, so by the different atomic scattering X-ray mutual interference, stronger effects in some special directions X ray diffraction, the diffraction lines in the spatial distribution of location and intensity, is closely related to the crystal structure.
Clay minerals are the main body of interaction between charged particles in soil. Studies show that there are more than ten types of clay minerals, the main types are chlorite, kaolinite, illite, montmorillonite and illite/montmorillonite. The types of clay minerals are different in different areas, and their content is also very different in different areas, and each reservoir varies greatly in plane and vertical.
Portable X-ray diffraction (soil edition) is designed for clay minerals content identification and equipment research and development of a portable X-ray diffraction, it can be based on different clay minerals content of the crystal structure, quickly identify clay mineral type and the specific percentage of the, even small granular mineral can determine accurately, It is the main method of clay mineral identification with the advantages of simple sample preparation, fast and high measurement accuracy.
Advantage
Portable
the instrument adopts waterproof and dustproof box all-in-one machine design, without any mechanical moving parts, light and compact, convenient to carry, can freely carry out laboratory/field field scientific research.
Integration
XRD and XRF technology integration, in each test, can simultaneously collect XRD and XRF X-ray photon data, provide material composition, phase and structure information, so as to promote more accurate test results.
Simplicity
Instrument one-key operation, no correction, automatic detection, no extra attention to the high pressure system and water circulation cooling system (instrument without additional high pressure and water circulation cooling system).
Data transmission
The instrument through USB, Bluetooth, WIFI and laptop computer to achieve high-speed connection, real-time SHINE instrument control and phase analysis.
Two Dimensional X-Ray Diffractometer
The instrument is equipped with a charge coupled device (CCD) detector, which can take slices of the diffraction ring to help the user know if the sample has been prepared correctly (particle statistics and/or preferred grain orientation). So as to further help users to confirm whether the obtained qualitative and quantitative data is accurate and representative.
Flexibility
According to the needs of users specific applications, we provide customers with two different anode targets for Cu/Co targets.
Application scenario
Green development of agriculture
Soil pollution control
Environmental indicator study
Product parameter
XRD resolution
0.2°@2θ FWHM
Scope of XRD
5-55°2θ
The detector
2000 X 256 pixel, 2d, level 3 Pelter refrigeration CCD
X-ray tube target
Cluster microfocal spot X-ray tube, Cu or Co, Cr, Fe, Ni, Mo, Ag, W target (optional according to test sample)
X-ray tube voltage
Maximum 50kV, 0-50kV adjustable
X ray tube power
Maximum 40W, 0-40W adjustable
XRF energy resolution
127eV@8keV
XRF detection range
Mg—U
Sample particle size
Sample particle <150um (100 mesh sieve)
Cooling Method
Water Cooling
Sample weight
about 20mg
Working temperature
-10°C-35°C
Weight
15KG
The power supply
Lithium ion battery or power adapter
Size
50×40×18.8cm（L×W×H）
CrystalX analysis software language
Chinese, English and other languages
Basic principles of X-ray diffraction: When a beam of monochromatic X ray incident to crystal, because the crystal is made up of atomic rules are arranged into a cell, the rules of the distance between the atoms and the incident X-ray wavelength with the same order of magnitude, so by the different atomic scattering X-ray mutual interference, stronger effects in some special directions X ray diffraction, the diffraction lines in the spatial distribution of location and intensity, is closely related to the crystal structure.
Clay minerals are the main body of interaction between charged particles in soil. Studies show that there are more than ten types of clay minerals, the main types are chlorite, kaolinite, illite, montmorillonite and illite/montmorillonite. The types of clay minerals are different in different areas, and their content is also very different in different areas, and each reservoir varies greatly in plane and vertical.
Portable X-ray diffraction (soil edition) is designed for clay minerals content identification and equipment research and development of a portable X-ray diffraction, it can be based on different clay minerals content of the crystal structure, quickly identify clay mineral type and the specific percentage of the, even small granular mineral can determine accurately, It is the main method of clay mineral identification with the advantages of simple sample preparation, fast and high measurement accuracy.
Advantage
Portable
the instrument adopts waterproof and dustproof box all-in-one machine design, without any mechanical moving parts, light and compact, convenient to carry, can freely carry out laboratory/field field scientific research.
Integration
XRD and XRF technology integration, in each test, can simultaneously collect XRD and XRF X-ray photon data, provide material composition, phase and structure information, so as to promote more accurate test results.
Simplicity
Instrument one-key operation, no correction, automatic detection, no extra attention to the high pressure system and water circulation cooling system (instrument without additional high pressure and water circulation cooling system).
Data transmission
The instrument through USB, Bluetooth, WIFI and laptop computer to achieve high-speed connection, real-time SHINE instrument control and phase analysis.
Two Dimensional X-Ray Diffractometer
The instrument is equipped with a charge coupled device (CCD) detector, which can take slices of the diffraction ring to help the user know if the sample has been prepared correctly (particle statistics and/or preferred grain orientation). So as to further help users to confirm whether the obtained qualitative and quantitative data is accurate and representative.
Flexibility
According to the needs of users specific applications, we provide customers with two different anode targets for Cu/Co targets.
Application scenario
Green development of agriculture
Soil pollution control
Environmental indicator study
Product parameter
XRD resolution
0.2°@2θ FWHM
Scope of XRD
5-55°2θ
The detector
2000 X 256 pixel, 2d, level 3 Pelter refrigeration CCD
X-ray tube target
Cluster microfocal spot X-ray tube, Cu or Co, Cr, Fe, Ni, Mo, Ag, W target (optional according to test sample)
X-ray tube voltage
Maximum 50kV, 0-50kV adjustable
X ray tube power
Maximum 40W, 0-40W adjustable
XRF energy resolution
127eV@8keV
XRF detection range
Mg—U
Sample particle size
Sample particle <150um (100 mesh sieve)
Cooling Method
Water Cooling
Sample weight
about 20mg
Working temperature
-10°C-35°C
Weight
15KG
The power supply
Lithium ion battery or power adapter
Size
50×40×18.8cm（L×W×H）
CrystalX analysis software language
Chinese, English and other languages
Basic principles of X-ray diffraction: When a beam of monochromatic X ray incident to crystal, because the crystal is made up of atomic rules are arranged into a cell, the rules of the distance between the atoms and the incident X-ray wavelength with the same order of magnitude, so by the different atomic scattering X-ray mutual interference, stronger effects in some special directions X ray diffraction, the diffraction lines in the spatial distribution of location and intensity, is closely related to the crystal structure.
Clay minerals are the main body of interaction between charged particles in soil. Studies show that there are more than ten types of clay minerals, the main types are chlorite, kaolinite, illite, montmorillonite and illite/montmorillonite. The types of clay minerals are different in different areas, and their content is also very different in different areas, and each reservoir varies greatly in plane and vertical.
Portable X-ray diffraction (soil edition) is designed for clay minerals content identification and equipment research and development of a portable X-ray diffraction, it can be based on different clay minerals content of the crystal structure, quickly identify clay mineral type and the specific percentage of the, even small granular mineral can determine accurately, It is the main method of clay mineral identification with the advantages of simple sample preparation, fast and high measurement accuracy.
Advantage
Portable
the instrument adopts waterproof and dustproof box all-in-one machine design, without any mechanical moving parts, light and compact, convenient to carry, can freely carry out laboratory/field field scientific research.
Integration
XRD and XRF technology integration, in each test, can simultaneously collect XRD and XRF X-ray photon data, provide material composition, phase and structure information, so as to promote more accurate test results.
Simplicity
Instrument one-key operation, no correction, automatic detection, no extra attention to the high pressure system and water circulation cooling system (instrument without additional high pressure and water circulation cooling system).
Data transmission
The instrument through USB, Bluetooth, WIFI and laptop computer to achieve high-speed connection, real-time SHINE instrument control and phase analysis.
Two Dimensional X-Ray Diffractometer
The instrument is equipped with a charge coupled device (CCD) detector, which can take slices of the diffraction ring to help the user know if the sample has been prepared correctly (particle statistics and/or preferred grain orientation). So as to further help users to confirm whether the obtained qualitative and quantitative data is accurate and representative.
Flexibility
According to the needs of users specific applications, we provide customers with two different anode targets for Cu/Co targets.
Application scenario
Green development of agriculture
Soil pollution control
Environmental indicator study
Product parameter
XRD resolution
0.2°@2θ FWHM
Scope of XRD
5-55°2θ
The detector
2000 X 256 pixel, 2d, level 3 Pelter refrigeration CCD
X-ray tube target
Cluster microfocal spot X-ray tube, Cu or Co, Cr, Fe, Ni, Mo, Ag, W target (optional according to test sample)
X-ray tube voltage
Maximum 50kV, 0-50kV adjustable
X ray tube power
Maximum 40W, 0-40W adjustable
XRF energy resolution
127eV@8keV
XRF detection range
Mg—U
Sample particle size
Sample particle <150um (100 mesh sieve)
Cooling Method
Water Cooling
Sample weight
about 20mg
Working temperature
-10°C-35°C
Weight
15KG
The power supply
Lithium ion battery or power adapter
Size
50×40×18.8cm（L×W×H）
CrystalX analysis software language
Chinese, English and other languages
Basic principles of X-ray diffraction: When a beam of monochromatic X ray incident to crystal, because the crystal is made up of atomic rules are arranged into a cell, the rules of the distance between the atoms and the incident X-ray wavelength with the same order of magnitude, so by the different atomic scattering X-ray mutual interference, stronger effects in some special directions X ray diffraction, the diffraction lines in the spatial distribution of location and intensity, is closely related to the crystal structure.
Clay minerals are the main body of interaction between charged particles in soil. Studies show that there are more than ten types of clay minerals, the main types are chlorite, kaolinite, illite, montmorillonite and illite/montmorillonite. The types of clay minerals are different in different areas, and their content is also very different in different areas, and each reservoir varies greatly in plane and vertical.
Portable X-ray diffraction (soil edition) is designed for clay minerals content identification and equipment research and development of a portable X-ray diffraction, it can be based on different clay minerals content of the crystal structure, quickly identify clay mineral type and the specific percentage of the, even small granular mineral can determine accurately, It is the main method of clay mineral identification with the advantages of simple sample preparation, fast and high measurement accuracy.
Advantage
Portable
the instrument adopts waterproof and dustproof box all-in-one machine design, without any mechanical moving parts, light and compact, convenient to carry, can freely carry out laboratory/field field scientific research.
Integration
XRD and XRF technology integration, in each test, can simultaneously collect XRD and XRF X-ray photon data, provide material composition, phase and structure information, so as to promote more accurate test results.
Simplicity
Instrument one-key operation, no correction, automatic detection, no extra attention to the high pressure system and water circulation cooling system (instrument without additional high pressure and water circulation cooling system).
Data transmission
The instrument through USB, Bluetooth, WIFI and laptop computer to achieve high-speed connection, real-time SHINE instrument control and phase analysis.
Two Dimensional X-Ray Diffractometer
The instrument is equipped with a charge coupled device (CCD) detector, which can take slices of the diffraction ring to help the user know if the sample has been prepared correctly (particle statistics and/or preferred grain orientation). So as to further help users to confirm whether the obtained qualitative and quantitative data is accurate and representative.
Flexibility
According to the needs of users specific applications, we provide customers with two different anode targets for Cu/Co targets.
Application scenario
Green development of agriculture
Soil pollution control
Environmental indicator study
Product parameter
XRD resolution
0.2°@2θ FWHM
Scope of XRD
5-55°2θ
The detector
2000 X 256 pixel, 2d, level 3 Pelter refrigeration CCD
X-ray tube target
Cluster microfocal spot X-ray tube, Cu or Co, Cr, Fe, Ni, Mo, Ag, W target (optional according to test sample)
X-ray tube voltage
Maximum 50kV, 0-50kV adjustable
X ray tube power
Maximum 40W, 0-40W adjustable
XRF energy resolution
127eV@8keV
XRF detection range
Mg—U
Sample particle size
Sample particle <150um (100 mesh sieve)
Cooling Method
Water Cooling
Sample weight
about 20mg
Working temperature
-10°C-35°C
Weight
15KG
The power supply
Lithium ion battery or power adapter
Size
50×40×18.8cm（L×W×H）
CrystalX analysis software language
Chinese, English and other languages
Basic principles of X-ray diffraction: When a beam of monochromatic X ray incident to crystal, because the crystal is made up of atomic rules are arranged into a cell, the rules of the distance between the atoms and the incident X-ray wavelength with the same order of magnitude, so by the different atomic scattering X-ray mutual interference, stronger effects in some special directions X ray diffraction, the diffraction lines in the spatial distribution of location and intensity, is closely related to the crystal structure.
Clay minerals are the main body of interaction between charged particles in soil. Studies show that there are more than ten types of clay minerals, the main types are chlorite, kaolinite, illite, montmorillonite and illite/montmorillonite. The types of clay minerals are different in different areas, and their content is also very different in different areas, and each reservoir varies greatly in plane and vertical.
Portable X-ray diffraction (soil edition) is designed for clay minerals content identification and equipment research and development of a portable X-ray diffraction, it can be based on different clay minerals content of the crystal structure, quickly identify clay mineral type and the specific percentage of the, even small granular mineral can determine accurately, It is the main method of clay mineral identification with the advantages of simple sample preparation, fast and high measurement accuracy.
Advantage
Portable
the instrument adopts waterproof and dustproof box all-in-one machine design, without any mechanical moving parts, light and compact, convenient to carry, can freely carry out laboratory/field field scientific research.
Integration
XRD and XRF technology integration, in each test, can simultaneously collect XRD and XRF X-ray photon data, provide material composition, phase and structure information, so as to promote more accurate test results.
Simplicity
Instrument one-key operation, no correction, automatic detection, no extra attention to the high pressure system and water circulation cooling system (instrument without additional high pressure and water circulation cooling system).
Data transmission
The instrument through USB, Bluetooth, WIFI and laptop computer to achieve high-speed connection, real-time SHINE instrument control and phase analysis.
Two Dimensional X-Ray Diffractometer
The instrument is equipped with a charge coupled device (CCD) detector, which can take slices of the diffraction ring to help the user know if the sample has been prepared correctly (particle statistics and/or preferred grain orientation). So as to further help users to confirm whether the obtained qualitative and quantitative data is accurate and representative.
Flexibility
According to the needs of users specific applications, we provide customers with two different anode targets for Cu/Co targets.
Application scenario
Green development of agriculture
Soil pollution control
Environmental indicator study
Product parameter
XRD resolution
0.2°@2θ FWHM
Scope of XRD
5-55°2θ
The detector
2000 X 256 pixel, 2d, level 3 Pelter refrigeration CCD
X-ray tube target
Cluster microfocal spot X-ray tube, Cu or Co, Cr, Fe, Ni, Mo, Ag, W target (optional according to test sample)
X-ray tube voltage
Maximum 50kV, 0-50kV adjustable
X ray tube power
Maximum 40W, 0-40W adjustable
XRF energy resolution
127eV@8keV
XRF detection range
Mg—U
Sample particle size
Sample particle <150um (100 mesh sieve)
Cooling Method
Water Cooling
Sample weight
about 20mg
Working temperature
-10°C-35°C
Weight
15KG
The power supply
Lithium ion battery or power adapter
Size
50×40×18.8cm（L×W×H）
CrystalX analysis software language
Chinese, English and other languages
Basic principles of X-ray diffraction: When a beam of monochromatic X ray incident to crystal, because the crystal is made up of atomic rules are arranged into a cell, the rules of the distance between the atoms and the incident X-ray wavelength with the same order of magnitude, so by the different atomic scattering X-ray mutual interference, stronger effects in some special directions X ray diffraction, the diffraction lines in the spatial distribution of location and intensity, is closely related to the crystal structure.
Clay minerals are the main body of interaction between charged particles in soil. Studies show that there are more than ten types of clay minerals, the main types are chlorite, kaolinite, illite, montmorillonite and illite/montmorillonite. The types of clay minerals are different in different areas, and their content is also very different in different areas, and each reservoir varies greatly in plane and vertical.
Portable X-ray diffraction (soil edition) is designed for clay minerals content identification and equipment research and development of a portable X-ray diffraction, it can be based on different clay minerals content of the crystal structure, quickly identify clay mineral type and the specific percentage of the, even small granular mineral can determine accurately, It is the main method of clay mineral identification with the advantages of simple sample preparation, fast and high measurement accuracy.
Advantage
Portable
the instrument adopts waterproof and dustproof box all-in-one machine design, without any mechanical moving parts, light and compact, convenient to carry, can freely carry out laboratory/field field scientific research.
Integration
XRD and XRF technology integration, in each test, can simultaneously collect XRD and XRF X-ray photon data, provide material composition, phase and structure information, so as to promote more accurate test results.
Simplicity
Instrument one-key operation, no correction, automatic detection, no extra attention to the high pressure system and water circulation cooling system (instrument without additional high pressure and water circulation cooling system).
Data transmission
The instrument through USB, Bluetooth, WIFI and laptop computer to achieve high-speed connection, real-time SHINE instrument control and phase analysis.
Two Dimensional X-Ray Diffractometer
The instrument is equipped with a charge coupled device (CCD) detector, which can take slices of the diffraction ring to help the user know if the sample has been prepared correctly (particle statistics and/or preferred grain orientation). So as to further help users to confirm whether the obtained qualitative and quantitative data is accurate and representative.
Flexibility
According to the needs of users specific applications, we provide customers with two different anode targets for Cu/Co targets.
Application scenario
Green development of agriculture
Soil pollution control
Environmental indicator study
Product parameter
XRD resolution
0.2°@2θ FWHM
Scope of XRD
5-55°2θ
The detector
2000 X 256 pixel, 2d, level 3 Pelter refrigeration CCD
X-ray tube target
Cluster microfocal spot X-ray tube, Cu or Co, Cr, Fe, Ni, Mo, Ag, W target (optional according to test sample)
X-ray tube voltage
Maximum 50kV, 0-50kV adjustable
X ray tube power
Maximum 40W, 0-40W adjustable
XRF energy resolution
127eV@8keV
XRF detection range
Mg—U
Sample particle size
Sample particle <150um (100 mesh sieve)
Cooling Method
Water Cooling
Sample weight
about 20mg
Working temperature
-10°C-35°C
Weight
15KG
The power supply
Lithium ion battery or power adapter
Size
50×40×18.8cm（L×W×H）
CrystalX analysis software language
Chinese, English and other languages
|
XRD resolution |
0.2°@2θ FWHM |
|
Scope of XRD |
5-55°2θ |
|
The detector |
2000 X 256 pixel, 2d, level 3 Pelter refrigeration CCD |
|
X-ray tube target |
Cluster microfocal spot X-ray tube, Cu or Co, Cr, Fe, Ni, Mo, Ag, W target (optional according to test sample) |
|
X-ray tube voltage |
Maximum 50kV, 0-50kV adjustable |
|
X ray tube power |
Maximum 40W, 0-40W adjustable |
|
XRF energy resolution |
127eV@8keV |
|
XRF detection range |
Mg—U |
|
Sample particle size |
Sample particle <150um (100 mesh sieve) |
|
Cooling Method |
Water Cooling |
|
Sample weight |
about 20mg |
|
Working temperature |
-10°C-35°C |
|
Weight |
15KG |
|
The power supply |
Lithium ion battery or power adapter |
|
Size |
50×40×18.8cm（L×W×H） |
|
CrystalX analysis software language |
Chinese, English and other languages |
IPv6 network supported 