Chemical systems - Globe Thesis

Keyword [Chemical systems] Result: 1 - 20 \| Page: 1 of 2
1.	A Study Of Several Nonlinear Dynamical Problems In Complex Chemical Systems
2.	Studies Of Nonequilibrium Statistic Problems In Mesoscopic Chemical Systems
3.	Theoretical Study On The Effect Of Fluctuation And Its Control In Complex Chemical Systems
4.	Studies Of Mesocopic Theories And Methodsin Non-equilibrium Surface Reaction-Diffusion System
5.	Application Of Chemometric Resolution Methods To The Analysis Of Complex Multicomponent Chemical Systems
6.	Application Of Three-way Data Resolution Algorithms To The Analysis Of Complex Multicomponent Fluorescent Chemical Systems
7.	Combination Of In Situ FTIR Spectra And Electrochemical Quartz Crystal Microbalance And Its Applications To Several Biological And Chemical Systems
8.	The Estimation Of The Number Of Reactions In Chemical Systems Based On Orthogonal Sample Design Scheme
9.	Design And Development Of An Environment For Graphically Modeling And Simulating Chemical Systems
10.	Study On The Effect Of Fluctuation In Mesoscopic Chemical Systems: The Role Of Non-Gaussian And Non-Markovian Behavior
11.	The Construction Of Functional Materials And Chemical Systems Based On Microfluidics
12.	Investigating The Methods To Estimate The Number Of Principal Factors In Complex Chemical Systems
13.	Spatiotemporal Dynamics Of Nonlinear Chemical Systems Coupling With Stimulus-responsive Gels
14.	Construction Of Decision Making Methodologies For The Sustainability Assessment And Optimization Of Energy-Chemical Systems Based On Environmental-Economic-Social Balance
15.	The Influence Of The Perturbation Concentration Of Color Development On The Information Presentation Of Complex Aqueous Solutions
16.	Research On The Presentation And Coding Of Internal Information In Complex Chemical Systems Based On High-throughput Technology
17.	New Domains in Automatic Mechanism Generatio
18.	X-ray absorption spectroscopy study of prototype chemical systems: Theory vs. experiment
19.	From small to big: Understanding noncovalent interactions in chemical systems from quantum mechanical models
20.	Chemical systems for electrochemical mechanical planarization of copper and tantalum films
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