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• (-) = 2D materials, graphene, semiconductor, environmental degradation, Fe3GeTe3, CrGeTe3, NbSe2, quantum spin Hall effect, quantum anomalous Hall effect, ultrahigh vacuum, Raman spectroscopy, atomic force microscopy, optical micrograph, transport solution, instrumentation, sensitivity, air exposure, hybrid materials, metal deposition, glove box, inert environment, sample protection, measurement, design, constraints, O-Ring, optical glass, leakage rate, objective, method, exfoliation techniques, magnetic 2D materials, CrI3, magnetic proximity effect, oxygen, H2O vapour, fabrication process, shielding strategies, viewport, dimensions, safety, window design, mounting, SOP, Butyl rubber, Viton, compression ratio, refractive index, fused silica, anti-reflective coating, vacuum suitcase, pressure differential, safety factor, modulus of rupture, thermal expansion, working distance, microscope objective, collimated laser beam, intermolecular forces, translation stage, probe, van der Waals force, electrostatic force, magnetic force, CCD, signal amplification, noise, exfoliation, PDMS, substrate, hotplate, tape residue, bulk crystal, paraffin wax, tweezer, scotch tape, Nitto blue tape, crystal orientation, photoluminescence spectroscopy, Hall conductance, Lorentz force, Landau level, quantization, ferromagnetic, magnetisation, curie temperature, polycrystalline, chemical vapour transport, temperature gradient, Raman spectra, phonon modes, degradation, encapsulation, Boron nitride, h-BN, PDMS, silicon dioxide, room temperature, ferromagnet, solid state reaction, ampule, single crystal, exfoliation, glovebox hygiene, sample quality, inert atmosphere, airlock, pressure difference, CAD design, simulation, implementation, testing, deployment, maintenance, leak rate tester, chromatic aberrations, achromatic lenses, Rockwell Hardness, protective environment, vacuum deposition chamber, shielded environment