Explosives - Globe Thesis

Keyword [Explosives] Result: 181 - 200 \| Page: 10 of 10
181.	The Development Of Seismic Water-gel Explosives
182.	Study On Synthesis And Property Research Of Sorbitan Sesquioleate And Gemini Derivative
183.	Research On The Blast Power Characteristics Of Several Typical Solid Thermobaric Explosives In Different Environments
184.	Segmented Flow Synthesis And Crystallization Process Of Typical Nitrophenol Initiating Explosives
185.	Molecular Dynamics Simulation Study On The Structure And Properties Of CL-20/DNB Cocrystal Based PBX And PVDF/PES Membrane
186.	Study On Preparation And Property Of Emulsion Explosives With Compression Resistance In The Deep Water
187.	Study On Reaction Rate Dynamic Constitutive Of PBX
188.	Controllable Synthesis And Properties Of Rare Earth Based Nano Metal-Organic Frameworks
189.	Synthesis, Crystal Sturctures And Luminescence Sensing Properties Of W(Mo)/S/Cu(Ag) Cluster-based Coordination Polymers
190.	Construction And Performance Study Of Metal Organic Frameworks With Mixed Ligands
191.	Research On Novel Fluorescent Chemosensors For The Ultra-Sensitive And Highly Selective Detection Of Explosives Aqueous Solution Based On Tetraphenylethene Derivatives
192.	Study On Sensing Behavior Of Explosive By Fluorescence Sensor Regulated By Surfactant Assembly
193.	Molecular Simulation Study On Enhanced Modification Of TNT - Based Casting Explosives
194.	Effects Of Metal Hydrides On The Safety Of Conventional Explosive Compounds
195.	Molecular Dynamics Calculations On The Phase Transitions And Chemical Reactions Of CL-20 Explosives
196.	Theoretical Insight Into Cocrystal Explosives Based On HMX And CL-20
197.	Optical Chemosensing Performance Of Composite Nanopore Materials For Detecting Toxic And Harmful Matters
198.	Explosion And Safety Performance Of RDX-based Metal Hydride Composite Explosives
199.	Metal-Organic Frameworks Materials: Syntheses,Sensing Small Molecules,Magnetic And Electrical Conductive Properties
200.	Syntheses, Structures And Performances Of Acylhydrazidate-based Coordination Polymers By In Situ Acylation Reactions
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