Add to ORKGThe specific adsorption of polar molecules in AlPO4-5 is caused by the nonsymmetric lattice structure of the crystals. This has been proven using scanning pyroelectric microscopy (SPEM). This novel technique provides information about both the zeolite structure and the orientation of adsorbed polar molecules.status: publishe
The micropolariry of the supercages of zeolites is a reflection of the electric field provided by th...
A micro-spectroscopic method has been developed to probe the accessibility of zeolite crystals using...
Markov's theory of stochastic processes has been applied successfully to the understanding of the ma...
Scanning pyroelectric microscopy on large crystals reveals the three-dimensional polarization distri...
The polar domain structure and dynamics of hostlguest materials which include polar rod-like molecul...
Large AlPO4-5 crystals containing different polar or nonpolar guest molecules have been studied with...
Second-harmonic generation (SHG) is a spectroscopic tool that has unique symmetry requirements: cent...
Dyes incorporated in molecular sieve crystals can reveal information about the orientation of guests...
Scanning pyroelectric microscopy (SPEM) was applied to investigate grown-in polarity in trans-4-chlo...
FTIR Microscopy with polarized light was used to study the orientation of different molecules in Sil...
The pyroelectric effects of dipolar guest molecules in molecular sieve crystals have been studied fo...
The spatial distribution of polarity in molecular crystals built up by dipolar entities was imaged b...
The application of polarized absorption spectroscopy as a powerful method in the characterization of...
The spatial polarisation distribution in inhomogeneously polar molecular crystals has been imaged by...
We investigate the local static molecular orientational behavior in zeolite L inclusion compounds by...
The micropolariry of the supercages of zeolites is a reflection of the electric field provided by th...
A micro-spectroscopic method has been developed to probe the accessibility of zeolite crystals using...
Markov's theory of stochastic processes has been applied successfully to the understanding of the ma...
Scanning pyroelectric microscopy on large crystals reveals the three-dimensional polarization distri...
The polar domain structure and dynamics of hostlguest materials which include polar rod-like molecul...
Large AlPO4-5 crystals containing different polar or nonpolar guest molecules have been studied with...
Second-harmonic generation (SHG) is a spectroscopic tool that has unique symmetry requirements: cent...
Dyes incorporated in molecular sieve crystals can reveal information about the orientation of guests...
Scanning pyroelectric microscopy (SPEM) was applied to investigate grown-in polarity in trans-4-chlo...
FTIR Microscopy with polarized light was used to study the orientation of different molecules in Sil...
The pyroelectric effects of dipolar guest molecules in molecular sieve crystals have been studied fo...
The spatial distribution of polarity in molecular crystals built up by dipolar entities was imaged b...
The application of polarized absorption spectroscopy as a powerful method in the characterization of...
The spatial polarisation distribution in inhomogeneously polar molecular crystals has been imaged by...
We investigate the local static molecular orientational behavior in zeolite L inclusion compounds by...
The micropolariry of the supercages of zeolites is a reflection of the electric field provided by th...
A micro-spectroscopic method has been developed to probe the accessibility of zeolite crystals using...
Markov's theory of stochastic processes has been applied successfully to the understanding of the ma...