Studied - Globe Thesis - Globe Thesis

Keyword [Studied] Result: 1 - 20 \| Page: 1 of 10
1.	Interaction Of Metal Ions And Biopolymers Studied With Microdialysis/HPLC
2.	Sorption And Transport Of Hydrophobic Organic Compounds In Soil-Water System Studied By Liquid Chromatographic Method
3.	The Dynamics Of Ultrafast Process In Liquids Studied By Femtosecond Laser
4.	The Microstructure Of Polymeric Nanocomposites Studied By Positrons
5.	Complex Catalysis Reaction Studied By Multi-Photon Ionization
6.	Studied On Synthesis, Characterization And Photodynamic Properties Of Axially Substituted Silicon Naphthalocyanine
7.	Gas Permeation Of Polymer Studied By Positrons
8.	Studied On Synthesis And Properties Of Non-phosphate Detergent Builder-Layered Sodium Disilicates
9.	Aggregation Behavior Of Gemini Surfactants In Aqueous And Nonaqueous Solution Studied By Molecular Spectroscopy
10.	The Ultrafast Dynamics Of The Dye Molecules In Liquids Studied By Femtosecond Laser
11.	The Interaction Between Macromolecules And Small Molecules Studied By Single Molecule Force Spectroscopy
12.	Monomeric And Gemini Surfactants Studied By NMR
13.	Stability Of The Non-equilibrium Binary Alloy Phase Studied By Lattice Dynamics
14.	The Ultrafast Vibrational Relaxation And Internal Conversion Dynamics Of The Polyatomic Molecules In Liquids Studied In Femtosecond Laser Pulse
15.	Synthesis, Optical Property And Structure Of Poly(Thiophene)s Studied By Synchrotron Radiation Technique
16.	Surface-enhanced Raman Scattering From Nanostructures Studied By Near-field Spectroscopy And Buried Molecule Systems
17.	Synthesis And Characterization Of Tryptophan Coordination Polymer And Amino Acid Crystallization Studied By Streaming Potential Measurement
18.	The Formation And Degradation Mechanisms Of The Typical Toxic Organic Pollutants Studied With Quantum Chemical Methods
19.	Carbon-based Nano-materials Studied By X-ray Absorption Spectroscopy
20.	Supramolecular Liquid Crystals For Ion Transport Materials And Their Structures Studied By Synchrotron Radiation Technique
<<First <Prev Next> Last>> Jump to