Development and applications of novel liquid phase microextraction techniques
Development and application of liquid phase microextraction techniques in the analysis of environmental pollutants
Design, optimization and applications of novel electrochemical sensors based on prussian blue
Development and applications of advanced materials based biosensors
Development and applications of a vision based unmanned helicopter
Development and application of novel capillary electrophoresis techniques for analysis of DNA fragments and organic pollutants
Development and applications of new sliding mode control approaches
Development and applications of hard microstamping
Development of ionic liquid based liquid phase microextraction, and zeolite imidazolate frameworks based sorbent phase based microextraction combined with chromatography for applications in environmental analysis
Development and application of hollow fiber protected liquid phase microextraction for trace organic analysis
Investigation of new properties and applications of quadruplex DNA and development of novel oligonucleotide based topoisomerase i inhibitors
Synthesis of zr beta zeolite in fluoride medium and its applications in catalytic liquid phase reactions
Liquid phase microextraction for the determination of acidic drugs and beta blockers in water samples