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Overview

XRD Diffractometer LMXRD-A100 elevates the analysis of crystalline materials through advanced X-ray diffraction. Intended to adaptable a dual-wavelength optic with auto-switching featuring a scanning range up to 0 to 164 for precise determination of molecular structure. Utilized with scintillation counters or proportional counters and a horizontal goniometer construction, it ensures reliable and efficient performance

Specifications :
X-Ray Tuble Glass tube, ceramic tube, ripple ceramic tube: Cu, Fe, Co, Cr, Mo, etc.,
Focus Size 1×10 mm/ 0.4 × 14 mm/ 2×12 mm
Stability ≤0.01%
Tube Current 5 to 80 mA
Tube Voltage 10 to 60 kV
Power Consumption 2 kW
Rated Power 3 kW
Goniometer Structure Horizontal (Ø to 2 Ø)
Radius Of Diffraction 185 mm
Scanning Range 0 to 164
Scanning Speed 0.0012 º to 70 º min
Maximum Resolving Speed 100 º/ min
Scanning Mode Ø to 2 Ø linkage,Ø, 2 Ø single action; continuous/stepping scanning
Angle Repeatable Accuracy 1 / 1000 º
Minimal Stepping Angle 1 / 1000 º
Maximum Counting Rate of Linearity 5 × 105 CPS
Energy Resolution Ratio ≤ 25 % (PC), ≤ 50 % (SC)
Stability Of System Measure ≤ 0.01 %
Scattered Rays Dose ≤ 1 µ Sv/h (without X-ray protective device)
Instrument Integrative Stability ≤ 0.5 %
Dimension (W×D×H) 1100 × 850 × 1750 mm
Weight 25 Kg
Features :
  • -  Equipped with X-ray source materials, involving glass, ceramic, ripple ceramic tubes, and X-ray tubes (Cu, Fe, Co, Cr, and Mo)
  • -  The equipment's scanning range and speed are well-designed
  • -  Achieves high accuracy and throughput in diffraction angle measurement
  • -  Observation of crystal structure fluctuation with temperature and chemical information
  • -  Improved with a classy appearance, programmable operation, and structure design
  • -  Analyses of unknown samples for phase identification
  • -  Conduct phase analysis for known mixed blends
Applications :

It has wide applications across various scientific disciplines, contributing to advancements in materials science, developing new materials, or improving production efficiency.

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