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Meeting MS&T21: Materials Science & Technology
Symposium Glasses and Optical Materials: Current Issues and Functional Applications
Presentation Title Glasses for Multiband Optics
Author(s) Daniel Gibson, Vinh Nguyen, Daniel Rhonehouse, Adam Floyd, Shyam Bayya, Jasbinder Sanghera
On-Site Speaker (Planned) Daniel Gibson
Abstract Scope NRL is developing a verity of new glasses that transmit across a wide wavelength range and have unique dispersion characteristics. NRL-series moldable glasses transmit SWIR through LWIR and may be bonded to each other in an adhesive-free thermal process. NRL-200-series glasses transmit visible through MWIR and expand the glass map for multispectral lens designs. These new materials enable greater flexibility for designers of lenses for advanced defense applications and potentially reduce the size, weight and cost of next-generation optics.

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

3D Printed Germania-titania-silica Glasses to Tune the Refractive Index and Abbe Number
Chalcogenides and Chalcopyrites; Growth of Multinary Cystals and Glasses for Lasers and Hyperspectral Imagers
Comparison of Spinel Produced by SPS and Traditional Pressing Techniques
Cooper Distinguished Lecture: Structure and Ion Dynamics in Glass
Cooper Scholar 1st Runner-up: Relationship between Number of Non-bridging Oxygens and Ionic Conductivity Discontinuity in xLi2O-(1-x) B2O3, with x ≤ 0.67
Cooper Scholar: Study of the Anomalous Viscosity in Invert NaPSO Glass for the Development of Thin Solid-state Electrolytes
Fracture Toughness of Zeolitic Imidazolate Framework Glasses
Glasses for Multiband Optics
Growth Optimization of Single Crystal Fibers from Polycrystalline Source Rods Using Laser Heated Pedestal Methods
Interactive Corrosion between International Simple Glass (ISG) and Stainless Steel
Local Structural Effects on Divalent Europium in Glass Host Materials
Novel Oxide Glasses Via Non-traditional Processing
Optical Properties of One-dimensional Nb2O5 Nanostructures Prepared by Electrospinning
Revisiting the Atomic Structure of Glassy Silica by Force-enhanced Atomic Refinement
Study of Silica Glass Structural Properties under Compression Shockwave Using Reactive Force Field
Viscoelastic Relaxation in Silica via Reactive Molecular Dynamic Simulations
X-ray Photoelectron Spectroscopy (XPS) for Improved Characterization of Glass Delamination Lamellae

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