纳米线

纳米线可以被定义为一种具有在横向上被限制在100纳米以下（纵向没有限制）的一维结构。悬置纳米线指纳米线在真空条件下末端被固定。典型的纳米线的纵横比在1000以上，因此它们通常被称为一维材料。
根据组成材料的不同，纳米线可分为不同的类型，包括金属纳米线，半导体纳米线和绝缘体纳米线。纳米线均在实验室中生产，截至2014年尚未在自然界中发现。纳米线可以由悬置法、沉积法或者元素合成法制得。悬置纳米线可以通过对粗线的化学刻蚀得来，也可以用高能粒子（原子或分子）轰击粗线产生。实验室中生长的纳米线分为两种，分别为垂直于基底平面的纳米线和平行于基底平面的纳米线。

生产纳米线的硅和氧在地壳层是最常见的可持续和廉价利用的元素。实验表明纳米线可以被用于下一代计算设备，例如：通过对纳米线掺杂，并对纳米线交叉可以制作逻辑门。这些在小尺度下才具备的性质使得纳米线被广泛应用于新兴的领域，例如纳电机系统（NEMS纳机电系统）。

Nanowires
REF.	Product	Family	Others	Quantity
200000	Cobalt Nanowires	Nanowires	Average diameter: 200-300 nm, Length: up to 200 µm	10 mg
200000	Cobalt Nanowires	Nanowires	Average diameter: 200-300 nm, Length: up to 200 µm	100 mg
200000	Cobalt Nanowires	Nanowires	Average diameter: 200-300 nm, Length: up to 200 µm	1 g
200001	Lead Nanowires	Nanowires	Average diameter: 80±20 nm Length: up to several millimetres. Superconductor at 4K	10 mg
200001	Lead Nanowires	Nanowires	Average diameter: 80±20 nm Length: up to several millimetres. Superconductor at 4K	50 mg
200001	Lead Nanowires	Nanowires	Average diameter: 80±20 nm Length: up to several millimetres. Superconductor at 4K	200 mg
200002	Nickel nanowires	Nanowires	Average diameter: 200-300 nm, Length: up to 200 µm	10 mg
200002	Nickel nanowires	Nanowires	Average diameter: 200-300 nm, Length: up to 200 µm	100 mg
200002	Nickel nanowires	Nanowires	Average diameter: 200-300 nm, Length: up to 200 µm	1 g
200003	Copper nanowires	Nanowires	Average diameter: 40-50 nm Length: up to 50 µm	10 mg
200003	Copper nanowires	Nanowires	Average diameter: 40-50 nm Length: up to 50 µm	50 mg
200003	Copper nanowires	Nanowires	Average diameter: 40-50 nm Length: up to 50 µm	200 mg
200004	Silver nanowires,	Nanowires	50 nm dia., (Length: 5- 50 µm)	10 mg
200004	Silver nanowires,	Nanowires	50 nm dia., (Length: 5- 50 µm)	50 mg
200004-1	Silver nanowires,	Nanowires	100 nm dia., (Length: 5- 50 µm)	10 mg
200004-1	Silver nanowires,	Nanowires	100 nm dia., (Length: 5- 50 µm)	50 mg
200004-2	Silver nanowires,	Nanowires	200 nm dia., (Length: 5- 50 µm)	10 mg
200004-2	Silver nanowires,	Nanowires	200 nm dia., (Length: 5- 50 µm)	50 mg
200005	Titanium dioxide nanowires	Nanowires	Length full range: 0,5-100 µm Diameter: 50-100 nm Phase: anatase Dry powder	100 mg
200005	Titanium dioxide nanowires	Nanowires	Length full range: 0,5-100 µm Diameter: 50-100 nm Phase: anatase Dry powder	500 mg
200005	Titanium dioxide nanowires	Nanowires	Length full range: 0,5-100 µm Diameter: 50-100 nm Phase: anatase Dry powder	1 g
200006	Silver nanowires dispersion in isopropanol (0.5wt%) 25 mL, 5 g/L,	Nanowires	50 nm	25 ml
200006-1	Silver nanowires dispersion in isopropanol (0.5wt%) 25 mL, 5 g/L,	Nanowires	100 nm	25 ml
200006-2	Silver nanowires dispersion in isopropanol (0.5wt%) 25 mL, 5 g/L,	Nanowires	200 nm	25 ml