Imidazolium ionic liquids are generally regarded as optically transparent materials. Herein, we report on the optical behaviour of a typical imidazolium ionic liquid that not only suggests that [bmim][PF6] does have significant absorption in the UV region, but it also brings into light a very interesting fluorescence behaviour. The fluorescence peak position of [bmim][PF6] is found to be very strongly dependent on the excitation wavelength. The unusual fluorescence response of [bmim][PF6] is attributed to the presence of several energetically different associated forms of the imidazolium ions in the ionic liquid
Temperature dependence of the emission behaviour of benzil has been studied in three imidazolium ion...
In the present article, we have investigated the photophysical behavior of 3-hydroxyflavone (3HF), a...
Owing to a wide visual angle, few aberrations, and great depth of focus, flexible optoelectronics ha...
Optical absorption and fluorescence behaviour of two rigorously purified imidazolium ionic liquids, ...
A fundamental understanding of the structural heterogeneity and optical properties of ionic liquids ...
[[abstract]]We report the synthesis of a new series of imidazolium-based halogen-free ionic liquids ...
Room temperature ionic liquids are novel media for a variety of studies and applications. In this ar...
Room temperature ionic liquids are currently used as functional materials in several application and...
In this article, we first present a brief introduction on room temperature ionic liquids based on su...
The photoluminescence (PL) characteristics of merocyanine dye molecules in ionic liquids of 1-butyl-...
Room temperature ionic liquids are currently used as functional materials in several application and...
A series of donor–acceptor substituted diphenylbutadienes have been synthesized and their fluorescen...
The effect of addition of water-miscible ionic liquids (ILs), 1-butyl-3-methylimidazolium tetrafluor...
Room temperature ionic liquids (ILs) have attracted interest for a wide variety of applications, yet...
The fluorescence behavior of several dipolar molecules has been studied in three room-temperature io...
Temperature dependence of the emission behaviour of benzil has been studied in three imidazolium ion...
In the present article, we have investigated the photophysical behavior of 3-hydroxyflavone (3HF), a...
Owing to a wide visual angle, few aberrations, and great depth of focus, flexible optoelectronics ha...
Optical absorption and fluorescence behaviour of two rigorously purified imidazolium ionic liquids, ...
A fundamental understanding of the structural heterogeneity and optical properties of ionic liquids ...
[[abstract]]We report the synthesis of a new series of imidazolium-based halogen-free ionic liquids ...
Room temperature ionic liquids are novel media for a variety of studies and applications. In this ar...
Room temperature ionic liquids are currently used as functional materials in several application and...
In this article, we first present a brief introduction on room temperature ionic liquids based on su...
The photoluminescence (PL) characteristics of merocyanine dye molecules in ionic liquids of 1-butyl-...
Room temperature ionic liquids are currently used as functional materials in several application and...
A series of donor–acceptor substituted diphenylbutadienes have been synthesized and their fluorescen...
The effect of addition of water-miscible ionic liquids (ILs), 1-butyl-3-methylimidazolium tetrafluor...
Room temperature ionic liquids (ILs) have attracted interest for a wide variety of applications, yet...
The fluorescence behavior of several dipolar molecules has been studied in three room-temperature io...
Temperature dependence of the emission behaviour of benzil has been studied in three imidazolium ion...
In the present article, we have investigated the photophysical behavior of 3-hydroxyflavone (3HF), a...
Owing to a wide visual angle, few aberrations, and great depth of focus, flexible optoelectronics ha...