… to be near-IR absorbing dyes. Compounds absorbing at long wavelengths in the visible
and near-infrared region are now generally called “deeply colored” dyes. This review includes …

… There are five prominent water absorption bands in the near infrared which occur at 0.76,
0.97, 1.19, 1.45, and 1.94μ. A weaker band occurs at 0.845μ. Collins found the intensity of the …

… infrared absorption spectrum. This transition is responsible for most of the infrared absorption
… The corresponding bands are much weaker than the fundamental absorption. Their …

… This is why the purified major soft tissue constituents were used in this study to measure the
elements of absorption property of tissue. The near infrared spectrum of biological materials …

… , near-infrared (NIR) emission has received increased attention for applications in bioassays
and medicine[5] while NIR absorption … developed several NIR-absorbing polyaromatic dyes.[…

Graphene has been demonstrated as a good candidate for ultrafast optoelectronic devices.
However, graphene is essentially transparent in the visible and near infrared with an …

… Most of these NIR-absorbing materials are also electrochemically active or electrochromic
(EC)… In a device for NIR light absorption, a stable, NIR-absorbing material with high absorption …

… , infrared (IR) radiation filters, and in the security industry [1–4]. Near IR absorbing materials
… 1) are currently in use as near IR absorbers in the 760–820 nm region. Ncs and the related …

… of near-infrared light. Meanwhile, W 18 O 49 nanorods also exhibit strong absorption of
near-infrared light and instantaneous conversion of the absorbed photoenergy to local heat. …

… This technique takes advantage of the strong near infrared (NIR) absorption of nanoshells, …
(≈130 nm diameter) with peak optical absorption in the NIR were intravenously injected and …