Nanoparticles Technology,Nano flats,AFM,SPM,Nanoflat substrates

Figure 2: This chart shows the applications for Nanoflat substrates as a function of particle size.

The following table lists each of the seven varieties of Nanoflat substrates as well as the particle type that should be used with each of the substrates. Surface roughness for each type of substrate is indicated.

Model	Name of the substrate and application	AFM image, scan size 1 micron	AFM image, scan size 5μm

P-000-0081-0	1. m-base Dry and aqua-deposition of both inorganic and bio-particles, size range 1nm and up. Examples: Colloidal Gold, DNA
		0.08nm RMS	0.3nm RMS

P-000-0082-0	2. s-base Dry & wet deposition of particles from nonaqua & aqua solutions, size range 5nm. Examples: Q-dots, Carbon Nanotubes
		0.16nm RMS	0.5nm RMS

P-000-0083-0	3. g-base Dry & wet deposition of bio- and inorganic particles from non-aqua & aqua solutions, size range 5nm and up. Examples: Bio-cells, Tissue
		0.17nm RMS	0.6nm RMS

P-000-0084-0	4. ml-base Aqua-wet & dry deposition of bio-& inorganic particles, size range 40nm and up. Example: Latex Particles, Oxides
		0.2nm RMS	0.7nm RMS

P-000-0085-0	5. gl-base Aqua-wet & dry deposition of bio-& inorganic particles, size range 60nm and up. Example: Viruses, Macromolecular Crystals
		1.1nm RMS	1.2nm RMS

P-000-0086-0	6. gd-base Aqua-wet & dry deposition of bio-& inorganic particles, size range 60nm and up, Examples: Drug Crystallines / Particles.
		1.2nm RMS	1.5nm RMS

P-000-0087-0	7. twx-base Dry deposition of inorganic particles, size range 500 nm and up. Examples: Ceramic Particles, Borosilicates.
		3nm RMS	9nm RMS

Nano Flats