Products

X-ray Diffractometer (XRD)

X-ray diffractometer (XRD) is currently one of the most powerful methods for studying crystal structure. XRD is particularly suitable for phase analysis of crystalline materials. By examining a sample’s X-ray diffraction pattern and comparing it with the X-ray diffraction patterns of known crystalline materials, qualitative identification of the sample’s phase composition and structure can be achieved. Analyzing and calculating data such as the sample’s diffraction intensity allows for quantitative analysis of the sample’s phase composition.

XRD can also determine the size and arrangement of crystal grains, measure stress, generate rocking curves, reciprocal space diagrams, and accurately determine crystallinity and unit cell parameters within materials.

Technical Specifications
Item Specifications
Dimensions 1300 (W) × 1880 (H) × 1300 (D) mm
X-ray tube Power: 2.2 kW, voltage: 10–60 kV, current: 0–50 mA
Target: Cu, anode grounded, Beryllium Window: 300 μm
Electron beam focal spot: 0.4 × 1.2 mm
Water cooling: Minimum flow rate: 3.5 l/min, maximum water pressure: 490 kPa, pressure drop: 98 kPa
High-voltage power supply Input: voltage 230 Vac – 10%, one phase, current 33 A
Output: voltage 0-60 kV, current 0-80 mA
Stability: < 0.01% voltage and current variation within 8 hours after a 1-hour warm-up period
Ripple: 0.03% rms below 1 kHz; 0.75% above 1 kHz rms
Goniometer Type: Vertically positioned goniometer
Angle range: -110°~ +168°
Angle positioning: Stepper motor + optical encoder
Minimum step size: 0.0001°, positioning accuracy: < 0.0005°

 

Item Specifications
Detector Type: Photon counter detector (2D)
Active area: 77.1×38.4 = 2961 mm2
Pixel size: 75×75 μm
Size: 100×140×93 mm3
Sample stage Standard sample stage: Rx, Ry, Z, Phi
XYZ motion stage (optional): X, Y, Z
Capillary sample stage (optional): X, Y, Phi
Five-axis sample stage (optional): X, Y, Z, Phi, Chi
Non-ambient sample stage (optional)
Optical elements Variable slit: 0.05 – 10 mm
Soller Slits: 0.5°, 0.2°, 0.1°, 0.05°, 0.02°
Goebel mirror: Divergence 0.03°, f1 = 100 mm, monochromaticity Kα
Double crystal monochromator: Ge220×2