micrometre การใช้

• Lambswool can be in the low to mid 20s micrometre range.
• The scales are effectively divided into pixels about a micrometre wide.
• These sensors detect movements on the order of a micrometre.
• This dramatically increases the reactivity relative to micrometre-sized powder thermite.
• The pores which these bubbles pass through are generally micrometre-size.
• For sterile filtration, a typical size is 1 micrometre or less.
• In either case, thicknesses ranging up to 1 micrometre are readily available.
• Facilities to fabricate advanced devices in 0.35 micrometre range are planned.
• This scale continues to the 210s at 13.25 micrometre or finer.
• The aluminium ribbon was less than one micrometre thick.
• Thus, with the ultra fine adjusters sub-micrometre motions are attainable.
• Diamond grit in suspension might start at 9 micrometres and finish at one micrometre.
• The nucleus is about 1 micrometre in diameter.
• They yield approximately of coarse wool with an average 43.5 micrometre diameter.
• Much effort has been dedicated to reducing sensor size to sub-micrometre scales.
• Typical values of d are about 1 micrometre.
• All beamlines must be within micrometre tolerance.
• Bundle drawn metal fiber can be produced to sizes smaller than one micrometre in diameter.
• Therefore, the focal volume ( ~ 1 cubic micrometre ) contains 6?0 9 molecules.
• Typical detection sensitivity of the light scattering method is 0.05 micrometre or larger.