Add to ORKGSeveral substituted anilines were converted to binary salts with L-tartaric acid. Second harmonic generation (SHG) activities of these salts were determined. The crystal packing in two structures, (i) m-anisidinium-L-tartrate monohydrate (i) and (ii) p-toluidinium-L-tartrate (2), studied using X-ray diffraction demonstrates that extensive hydrogen bonding steers the components into a framework which has a direct bearing on the SHG activit
Optical second harmonic generation (SHG) from molecular crystals is largely controlled by the molecu...
A new nonlinear optical material, l-histidinium hydrogen malate, has been synthesized. The crystal s...
Our recent studies have shown that simple alkyl chains can be used as crystal design elements to dri...
Several substituted anilines were converted to binary salts with L-tartaric acid. Second harmonic ge...
A number of salts of substituted pyridines with L-tartaric acid were prepared. Their nonlinear optic...
A series of anilinium cations with various functional groups as substituents has been chosen to form...
A number of salts of substituted pyridines with $L$-tartaric acid were prepared. Their nonlinear opt...
A series of anilinium cations with various functional groups as substituents has been chosen to form...
A number of salts of substituted pyridines with $L$-tartaric acid were prepared. Their nonlinear opt...
A series of anilinium cations with various functional groups as substituents has been chosen to form...
Crystal structures of six binary salts involving aromatic amines as cations and hydrogen tartrates a...
Five tartrate-amine complexes have been studied in terms of crystal packing and hydrogen bonding fra...
Five tartrate-amine complexes have been studied in terms of crystal packing and hydrogen bonding fra...
Crystal structures of six binary salts involving aromatic amines as cations and hydrogen tartrates a...
Optical second harmonic generation (SHG) from molecular crystals is largely controlled by the molecu...
Optical second harmonic generation (SHG) from molecular crystals is largely controlled by the molecu...
A new nonlinear optical material, l-histidinium hydrogen malate, has been synthesized. The crystal s...
Our recent studies have shown that simple alkyl chains can be used as crystal design elements to dri...
Several substituted anilines were converted to binary salts with L-tartaric acid. Second harmonic ge...
A number of salts of substituted pyridines with L-tartaric acid were prepared. Their nonlinear optic...
A series of anilinium cations with various functional groups as substituents has been chosen to form...
A number of salts of substituted pyridines with $L$-tartaric acid were prepared. Their nonlinear opt...
A series of anilinium cations with various functional groups as substituents has been chosen to form...
A number of salts of substituted pyridines with $L$-tartaric acid were prepared. Their nonlinear opt...
A series of anilinium cations with various functional groups as substituents has been chosen to form...
Crystal structures of six binary salts involving aromatic amines as cations and hydrogen tartrates a...
Five tartrate-amine complexes have been studied in terms of crystal packing and hydrogen bonding fra...
Five tartrate-amine complexes have been studied in terms of crystal packing and hydrogen bonding fra...
Crystal structures of six binary salts involving aromatic amines as cations and hydrogen tartrates a...
Optical second harmonic generation (SHG) from molecular crystals is largely controlled by the molecu...
Optical second harmonic generation (SHG) from molecular crystals is largely controlled by the molecu...
A new nonlinear optical material, l-histidinium hydrogen malate, has been synthesized. The crystal s...
Our recent studies have shown that simple alkyl chains can be used as crystal design elements to dri...