Search Results - "Russell, Zachary E."

Inverse Design Tool for Ion Optical Devices using the Adjoint Variable Method by Neustock, Lars Thorben, Hansen, Paul C., Russell, Zachary E., Hesselink, Lambertus

“…We present a computer-aided design tool for ion optical devices using the adjoint variable method. Numerical methods have been essential for the development of…”
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Improved Performance of Field Emission Vacuum Microelectronic Devices for Integrated Circuits by Radauscher, Erich J., Gilchrist, Kristin Hedgepath, Di Dona, Shane T., Russell, Zachary E., Piascik, Jeffrey R., Amsden, Jason J., Parker, Charles B., Stoner, Brian R., Glass, Jeffrey T.

“…The movement from discrete transistors to integrated silicon circuits led to the rapid evolution of microscale electronics, but there has been no equivalent…”
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Compatibility of Spatially Coded Apertures with a Miniature Mattauch-Herzog Mass Spectrograph by Russell, Zachary E., DiDona, Shane T., Amsden, Jason J., Parker, Charles B., Kibelka, Gottfried, Gehm, Michael E., Glass, Jeffrey T.

“…In order to minimize losses in signal intensity often present in mass spectrometry miniaturization efforts, we recently applied the principles of spatially…”
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Order of Magnitude Signal Gain in Magnetic Sector Mass Spectrometry Via Aperture Coding by Chen, Evan X., Russell, Zachary E., Amsden, Jason J., Wolter, Scott D., Danell, Ryan M., Parker, Charles B., Stoner, Brian R., Gehm, Michael E., Glass, Jeffrey T., Brady, David J.

“…Miniaturizing instruments for spectroscopic applications requires the designer to confront a tradeoff between instrument resolution and instrument throughput…”
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Effects of Magnetic and Electric Field Uniformity on Coded Aperture Imaging Quality in a Cycloidal Mass Analyzer by Landry, David M. W., Kim, William, Amsden, Jason J., Di Dona, Shane T., Choi, Heeju, Haley, Lori, Russell, Zachary E., Parker, Charles B., Glass, Jeffrey T., Gehm, Michael E.

“…Cycloidal mass analyzers are unique sector mass analyzers as they exhibit perfect double focusing, making them ideal for incorporating spatial aperture coding,…”
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Proof of Concept Coded Aperture Miniature Mass Spectrometer Using a Cycloidal Sector Mass Analyzer, a Carbon Nanotube (CNT) Field Emission Electron Ionization Source, and an Array Detector by Amsden, Jason J., Herr, Philip J., Landry, David M. W., Kim, William, Vyas, Raul, Parker, Charles B., Kirley, Matthew P., Keil, Adam D., Gilchrist, Kristin H., Radauscher, Erich J., Hall, Stephen D., Carlson, James B., Baldasaro, Nicholas, Stokes, David, Di Dona, Shane T., Russell, Zachary E., Grego, Sonia, Edwards, Steven J., Sperline, Roger P., Denton, M. Bonner, Stoner, Brian R., Gehm, Michael E., Glass, Jeffrey T.

“…Despite many potential applications, miniature mass spectrometers have had limited adoption in the field due to the tradeoff between throughput and resolution…”
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Two-Dimensional Aperture Coding for Magnetic Sector Mass Spectrometry by Russell, Zachary E., Chen, Evan X., Amsden, Jason J., Wolter, Scott D., Danell, Ryan M., Parker, Charles B., Stoner, Brian R., Gehm, Michael E., Brady, David J., Glass, Jeffrey T.

“…In mass spectrometer design, there has been a historic belief that there exists a fundamental trade-off between instrument size, throughput, and resolution…”
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Coded Apertures in Mass Spectrometry by Amsden, Jason J, Gehm, Michael E, Russell, Zachary E, Chen, Evan X, Di Dona, Shane T, Wolter, Scott D, Danell, Ryan M, Kibelka, Gottfried, Parker, Charles B, Stoner, Brian R, Brady, David J, Glass, Jeffrey T

“…The use of coded apertures in mass spectrometry can break the trade-off between throughput and resolution that has historically plagued conventional…”
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A miniature electron ionization source fabricated using microelectromechanical systems (MEMS) with integrated carbon nanotube (CNT) field emission cathodes and low-temperature co-fired ceramics (LTCC) by Radauscher, Erich J., Parker, Charles B., Gilchrist, Kristin H., Di Dona, Shane, Russell, Zachary E., Hall, Stephen D., Carlson, James B., Grego, Sonia, Edwards, Steven J., Sperline, Roger P., Denton, M. Bonner, Stoner, Brian R., Glass, Jeffrey T., Amsden, Jason J.

“…[Display omitted] •A novel miniature electron ionization source for mass spectrometry is demonstrated.•The source incorporates CNT field emitters, MEMS, and a…”
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Effects of Magnetic and Electric Field Uniformity on Coded Aperture Imaging Quality in a Cycloidal Mass Analyzer by Landry, David M. W., Kim, William, Amsden, Jason J., Dona, Shane T. Di, Choi, Heeju, Haley, Lori, Russell, Zachary E., Parker, Charles B., Glass, Jeffrey T., Gehm, Michael E.

“…Cycloidal mass analyzers are unique sector mass analyzers as they exhibit perfect double focusing, making them ideal for incorporating spatial aperture coding,…”
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Proof of Concept Coded Aperture Miniature Mass Spectrometer Using a Cycloidal Sector Mass Analyzer, a Carbon Nanotube (CNT) Field Emission Electron Ionization Source, and an Array Detector by Amsden, Jason J., Herr, Philip J., Landry, David M. W., Kim, William, Vyas, Raul, Parker, Charles B., Kirley, Matthew P., Keil, Adam D., Gilchrist, Kristin H., Radauscher, Erich J., Hall, Stephen D., Carlson, James B., Baldasaro, Nicholas, Stokes, David, Dona, Shane T. Di, Russell, Zachary E., Grego, Sonia, Edwards, Steven J., Sperline, Roger P., Denton, M. Bonner, others, and

“…Despite many potential applications, miniature mass spectrometers have had limited adoption in the field due to the tradeoff between throughput and resolution…”
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A miniature electron ionization source fabricated using microelectromechanical systems ($\mathrm{MEMS}$) with integrated carbon nanotube ($\mathrm{CNT}$) field emission cathodes and low-temperature co-fired ceramics ($\mathrm{LTCC}$) by Radauscher, Erich J., Parker, Charles B., Gilchrist, Kristin H., Di Dona, Shane, Russell, Zachary E., Hall, Stephen D., Carlson, James B., Grego, Sonia, Edwards, Steven J., Sperline, Roger P., Denton, M. Bonner, Stoner, Brian R., Glass, Jeffrey T., Amsden, Jason J.

“…The use of microelectromechanical systems (MEMS) components in miniature mass spectrometers is particularly attractive due to their small size and scalable…”
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