Employed - Globe Thesis

Keyword [Employed] Result: 1 - 20 \| Page: 1 of 2
1.	Generation Of GPx Mimics Employed Semisynthetic Methods
2.	Study On The Perovskite-Type Catalysts Employed For Soot Combustion And Simultaneous Soot-NOx Removal
3.	Study On Machining Technology Of Globoidal Cam Employed In Automatic Tool Changer (ATC) Of Machine Center
4.	Inverse Identification Of Material Parameters Employed In Simulation Of Sheet Metal Forming
5.	Preparation Of Water-borne Coatings Employed On The Lower Surface Energy Substrates Through Complexation Of Polymer Latexes
6.	The Simulation Research Of Fuzzy Self-Adaptive PID Controller Employed In Sugar Crystal Process
7.	Study On Design And Preparation Of Novel Carriers Employed In Immobilization Of Porcine Pancreas Lipase
8.	Study Of Deactivation And Promotion Of Catalyst Employed In Hydrogenation Of Butynediol To 1, 4-butanediol
9.	Amatching Methodology For Static And Dynamic Stiffness Of Transmission Chain Employed In Rotary Table Of CNC Machine Tools
10.	Design And Machining Technology Analysis Of Spatial Cam Employed In Tool Magazine And Automatic Tool Changer
11.	Research Oriented Art Teaching Methods Employed In Secondary Vocational Schools Angles
12.	The Key Techniques Study Of Mining Area Transition In Surface Coal Mine Employed Dragline Mining Technology
13.	Study On The Technology Of Straw Veneer And Decorative Employed In Surface Adornment Of Biomass Composite Panels
14.	Magnetic Properties And Loss Mechanism Of Soft Magnetic Composite Employed In Special Magnetic Component
15.	Preparation Of MOFs And Employed In Catalytic Conversion Mechanism Of Cellulose To Produce Organic Acids
16.	Study On Novel Plasmonic Sensors Employed For Ultrasensitive Biosensing
17.	Spin-strain coupling in 3-d transition metal oxides
18.	Spectroscopic and computational insights into the mechanisms employed by ATP:Corrinoid adenosyltransferases for coenzyme B12
19.	Algorithmic techniques employed in the quantification and characterization of nuclear magnetic resonance spectroscopic data
20.	Multi-detector hydrodynamic chromatography: Particle characterization and ultra-high molar mass polymer analysis
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