Detonation - Globe Thesis

Keyword [Detonation] Result: 161 - 180 \| Page: 9 of 10
161.	Formulation Design Of CL-20Based On Low Critical Booster And Preliminary Research On Charging Process
162.	The Process Design Of Deep Explode In Fractures In Low Permeability Reservoir
163.	A Comparative Study On WC Powder And Coatings Deposited By Detonation Spray
164.	Numerical Simulation Of Parameter Optimization 1Cr18Ni9Ti / Q235 Explosion Welding
165.	Theoretical Study On The New Nitrogen-rich Energetic Compounds
166.	Molecular Design And Theoretical Study On Organic Cage Compounds
167.	The Study On Permeability Increasing Experiments And Techniques By Deep Hole Pre-splitting Blasting With Powder-emulsionin Explosive In Low Permeability Coal Seam
168.	WENN Schemes Based On Piecewise Polynomial Mapping Functions And Corresponding Numerical Simulations On Detonation Combustion
169.	Influence Of Process Parameters And Substrate Temperature On The Micro-structure And Property Of Detonation Sprayed WC Coatings
170.	Study Of NTO/HMX Based Insensitive Compact Explosive
171.	The Research Of Non-primary Detonator Based On DDT Theory
172.	Molecular Design Of Cycloalkanes And Pentaprimane Derivatives For High Energy Density Compounds
173.	Synthesis And Properties Of A New Highly Thermally Stable Resistant Explosives With High Energy-Coupling Pyrazole Triazole (CPT) Energetic Salts
174.	Study On The Synthesis And Performance Of Energetic Salts 3-nitro-5-nitroimino-1,2,4-oxadiazole(NOA)
175.	Research On Detonation Parameters Of DNAN Based Melt-cast Explosive
176.	Effects Of Polymer Emulsifiers On Stability Of Site-mixed Emulsion Explosives
177.	Thermal Decomposition Study Of Azo-triazole And Synthesis And Theoretical Studies Of Energetic Salts Based On 3,3’-difluoro-azetidine
178.	Synthesis And Performance Prediction Of High-energy Compounds Derived From Azofurazan And Azoxyfurazan
179.	Detonation Characteristics Research And Engineering Application Of SY Mild Detonating Fuse
180.	Synthesis Of Dinitroacetyleneguanidine And Its Derivatives
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