Tunable chiroptical induction and photolysis in flow
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Biological Science↗
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Results for “INDUCTANCE”
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Electromagnet Designs on Low-Inductance Power Flow Platforms for the Magnetized Liner Inertial Fusion (MagLIF) concept at Sandia's Z Facility*.
Abstract not provided.
Lamppa, Derek C.↗
“Tunable Chiroptical Induction and Photolysis in Flow”
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Biological Science↗
Lighting system with induction power supply
A system for producing light is provided. The system comprises a sealed enclosure surrounding a porous graphite foam conductor which is exposed to an electromagnetic field generated by an oscillating circuit. When exposed, the foam conductor conducts induced electric current which heats the same to product light. The amount of light is controllable by changing the output of a drive circuit. The oscillating circuit comprises a first inductor and a first capacitor. The first inductor has a first terminal and a second terminal. The output of the drive circuit is controlled by turning a MOSFET OFF and ON. The MOSFET is turned ON when an integrated signal representative of a difference between a voltage proportional to the first terminal and a voltage proportional to the second terminal is between a first voltage threshold and a second voltage threshold and based on a timing signal.
32 ENERGY CONSERVATION, CONSUMPTION, AND UTILIZATI↗
Thermal Microwave Kinetic Inductance Device, RSLN-023-16, Year 1 of 2
Presentation describes decay-energy spectroscopy as a transformative method for nondestructive isotopic assay of trace-level nuclear materials with potential applications in areas including nuclear forensics. This project concentrates on optimizing this technology for low-energy electron spectroscopy. Measurement of the decay by electron capture of holmium-163 (163Ho) was explored because its low energy decay, which allows accurate study of energy-resolution capabilities of decay-energy spectroscopy.
46 INSTRUMENTATION RELATED TO NUCLEAR SCIENCE AND ↗
Inductively driven transmission lines (IDTLs): fringe-field-driven devices for powering diagnostic X-ray sources on the Z Pulsed Power Facility.
Abstract not provided.
Myers, Clayton Edward↗
Magnetic Induction Tomography for National Security Applications.
Abstract not provided.
Polack, John Kyle↗
Magnetic Induction Tomography for National Security Applications.
Abstract not provided.
Polack, John Kyle↗
American Geophysical Union Publishes Hope Michelsen's Induction to Alameda County Women's Hall of Fame.
Abstract not provided.
Heinrichs, Todd D.↗
Inductively Coupled Plasma–Based Techniques (ICP-OES and ICP-MS)
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Quarles, C. Derrick↗
RITS-6 A six-cell induction voltage accelerator for electron beam diode research.
Abstract not provided.
Source record↗
Ensemble Grammar Induction For Detecting Anomalies in Time Series.
Abstract not provided.
Gao, Yifeng↗
DEVELOPMENT OF HIGH SATURATION INDUCTION FE-NI BASED METAL AMORPHOUS NANOCOMPOSITE BY OPTIMIZATION OF GLASS FORMING ABILITY
PhD Thesis
77 NANOSCIENCE AND NANOTECHNOLOGY↗
Enhanced Inductance and Winding Loss Model for Coupled Inductors
An enhanced model for coupled inductors with significant fringing effect is developed in the form of equivalent circuit. The equivalent circuit is derived from a physical model that captures the flux paths through a leakage inductor and two mutual inductors on the primary and secondary side. A mutual winding resistor is added in parallel with the mutual inductor to model the winding loss affected by the fringing flux that penetrates the winding. The equivalent circuit is verified by finite-element simulation (FES) and successfully predicts the open-circuit winding loss and winding loss variation with phase-shift impact.
Xue, Lincoln↗