Scanning NV Microscope for Laboratory Material Analysis
  • Scanning NV Microscope for Laboratory Material Analysis

Scanning NV Microscope for Laboratory Material Analysis

The Scanning NV Microscope is a quantum precision measurement instrument that combines optically detected magnetic resonance (ODMR) of diamond nitrogen-vacancy centers with scanning probe technique. It is applicable to research in spintronics, multiferroics, 2D magnetic materials, superconductors, and more.

Scanning NV Microscope for Laboratory Material Analysis

Scanning NV Microscope Applications and Related Testing Solutions

Scanning NV Microscope supports precision inspection and analysis tasks that require clear imaging, stable test conditions, and dependable laboratory or production quality control.

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evice Images:

Scanning NV Microscope for Laboratory Material Analysis

  • Left: Scanning NV Microscope (rectangular cabinet structure with four black feet).


  • Right: Cryogenic Scanning NV Microscope (taller white structure with slender top components).


Specifications Table:

Parameter

SNVM(RT)

SNVM(Cryogenic)

Magnetic sensitivity

≤2μT/√Hz/2

≤5μT/√Hz/2

Spatial resolution

10–30 nm

10–30 nm

Temperature range

300 K

2 K–300 K

Main functions

ISO-B Mode, Dual-B Mode, Full-B Mode, Quenching Mode, AFM Mode, MFM Mode, CFM Mode

ISO-B Mode, Dual-B Mode, Full-B Mode, Quenching Mode, AFM Mode, MFM Mode, CFM Mode

Magnet options

0–50 mT

9/1/1 T

Key Components:

  • Probe Design: Small and compact strength; strong load capacity; strong earthquake resistance.


  • Optical Design: Simple to use; easy to expand; high fluorescence collection efficiency; wide field of view.


  • Scanning NV Microscope for Laboratory Material Analysis


Applications:

  • Scanning NV probe with arrays of nanopillars or single pillar.


  • Count rates: ≥300 kc/s.


  • Contrast: ≥20%.

  • Scanning NV Microscope for Laboratory Material Analysis

NV probe

Scanning NV Microscope for Laboratory Material AnalysisScanning NV Microscope for Laboratory Material AnalysisScanning NV Microscope for Laboratory Material Analysis




Device Diagram: Vertical cylindrical device for cryogenic high-pressure ODMR.

Scanning NV Microscope for Laboratory Material Analysis

Technical Parameters Table: Parameter

Value

Scan range

300 μm × 300 μm

Pressure

≥30 GPa

Magnetic sensitivity

≤35μT/√Hz

Spatial resolution

500 nm

Magnetic field

9/1/1 T

Refrigeration method

Cryogenic 1.5 W@4K

Temperature range

2 K–300 K

Temperature resolution

±50 mK





Results Under 30 GPa:

Scanning NV Microscope for Laboratory Material Analysis

  • Confocal Scan: Blue background with two yellow-orange bright spots; color intensity scale included.


  • ODMR Spectrum: X-axis = frequency (MHz), Y-axis = contrast; black dots (experimental data), red curve (fitted model).



University List (Two Columns):

  • Left Column: Tsinghua University, City University of Hong Kong, Peking University, Institute of Physics CAS, University of Science and Technology of China, South China University ofudan University, Beihang University, Hebei University of Technology, Sun Yat-sen University, Harbin Institute of Technology, Xiamen University, Hubei Normal University.


  • Right Column: (Implied continuation of university names; exact list not fully specified but includes abbreviations).

  • Scanning NV Microscope for Laboratory Material Analysis


Research Scene Thumbnails (9 Images):

  • Abbreviations: CityU (City University of Hong Kong), USTC (University of Science and Technology of China), SCUT (South China University of Technology), HIT (Harbin Institute of Technology), FuDan (Fudan University), IOP CAS (Institute of Physics CAS), XMU (Xiamen University), THU (Tsinghua University), BUAA (Beihang University).


SEO Keywords

  1. Scanning NV Microscope


  2. Quantum Precision Measurement


  3. Optically Detected Magnetic Resonance (ODMR)


  4. Diamond Nitrogen-Vacancy Centers


  5. Cryogenic Scanning NV Microscope


  6. Magnetic Sensitivity


  7. Spatial Resolution


  8. NV Probe Superconductor


  9. Cryogenic High Pressure ODMR


  10. Confocal Scan


  11. ODMR Spectrum


  12. University Research Cases


  13. Spintronics


  14. Multiferroics


  15. 2D Magnetic Materials



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