Materials Science

DescriptionFluorescent nanodiamond (nitrogen vacancy ~3 ppm NV centers, 140 nm avg. part. size, biotin functionalized, PEG 3000 coated, 1 mg/mL in deionized water), a biocompatible carbon-based nanomaterial, has interesting properties like excellent

DescriptionFluorescent nanodiamond (nitrogen vacancy ~3 ppm NV centers, 140 nm avg. part. size, carboxylic acid functionalized, PEG 3000 coated, 1 mg/mL in deionized water), a biocompatible carbon-based nanomaterial, has interesting properties like

DescriptionNanodiamonds (NDs) containing NV color centers exhibit fluorescence in red/near infra-red (NIR) region. The fluorescence in NDs originates from nitrogen vacancies and, unlike quantum dots and organic dyes, NDs do not photobleach.

DescriptionIn fluorescent nanodiamonds, the nitrogen vacancy centers in the diamond lattice provide the fluorescence: unlike the quantum dots or organic dyes, the color centers in these don′t photobleach or photoblink. These outstanding properties

DescriptionProduct can be functionalized with carboxylic acid, hydroxyl, ketones, ethers, and/or hydrogen.}.

DescriptionGreen fluorescent nanodiamond.Nanodiamonds containing N-V-N color centers exhibit green fluorescence. These do not photobleach or photoblink and find applications in fluorescent bioimaging, cathode luminescent imaging, stimulated emission

DescriptionNanodiamonds containing nitrogen-vacancy (NV) centers can be prepared using irradiation with high energy electrons Nanodiamonds with low numbers of NV centers (ideally, single defect centers) are suitable for quantum signaling, optics,

DescriptionNanodiamonds containing N-V-N color centers exhibit green fluorescence. These do not photobleach or photoblink and find applications in fluorescent bioimaging, cathodoluminescent imaging, stimulated emission depletion (STED) imaging etc.

Fluorescent quantum dots with high fluorescence quantum yields, fluorescence emission spectra adjustable, good biocompatibility and the stability of the optical properties of the unique advantages of narrow and symmetrical emission bands. By the

Fluorescent quantum dots with high fluorescence quantum yields, fluorescence emission spectra adjustable, good biocompatibility and the stability of the optical properties of the unique advantages of narrow and symmetrical emission bands. By the

Fluorescent quantum dots with high fluorescence quantum yields, fluorescence emission spectra adjustable, good biocompatibility and the stability of the optical properties of the unique advantages of narrow and symmetrical emission bands. By the

Fluorescent quantum dots with high fluorescence quantum yields, fluorescence emission spectra adjustable, good biocompatibility and the stability of the optical properties of the unique advantages of narrow and symmetrical emission bands. By the