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Your search keyword '"Doriese, W."' showing total 12 results
Start Over Author "Doriese, W." Journal ieee transactions on applied superconductivity
12 results on '"Doriese, W."'

1. Broadside-Coupled Niobium Flexible Cables

Author

Chervenak, J. A., primary, Wassell, E. J., additional, Adams, J. S., additional, Bandler, S. R., additional, Beaumont, S., additional, Borrelli, R., additional, Chang, M. P., additional, Doriese, W. B., additional, Finkbeiner, F. M., additional, Ha, J.-Y., additional, Hull, S., additional, Kelley, R. L., additional, Kilbourne, C. A., additional, Mateo, J. N., additional, Mikula, V., additional, Muramatsu, H., additional, Porter, F. S., additional, Rani, A., additional, Sakai, K., additional, Schmidt, D., additional, Smith, S. J., additional, Wakeham, N. A., additional, and Yoon, S. H., additional

Published
2023
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2. A Tabletop X-Ray Tomography Instrument for Nanometer-Scale Imaging: Demonstration of the 1,000-Element Transition-Edge Sensor Subarray

Author

Szypryt, Paul, primary, Nakamura, Nathan, additional, Becker, Daniel T., additional, Bennett, Douglas A., additional, Dagel, Amber L., additional, Doriese, W. Bertrand, additional, Fowler, Joseph W., additional, Gard, Johnathon D., additional, Harris, J. Zachariah, additional, Hilton, Gene C., additional, Imrek, Jozsef, additional, Jimenez, Edward S., additional, Larson, Kurt W., additional, Levine, Zachary H., additional, Mates, John A. B., additional, McArthur, D., additional, Miaja-Avila, Luis, additional, Morgan, Kelsey M., additional, O'Neil, Galen C., additional, Ortiz, Nathan J., additional, Pappas, Christine G., additional, Schmidt, Daniel R., additional, Thompson, Kyle R., additional, Ullom, Joel N., additional, Vale, Leila, additional, Vissers, Michael R., additional, Walker, Christopher, additional, Weber, Joel C., additional, Wessels, Abigail L., additional, Wheeler, Jason W., additional, and Swetz, Daniel S., additional

Published
2023
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3. Dynamical Response of Transition-Edge Sensor Microcalorimeters to a Pulsed Charged-Particle Beam

Author

Okumura, Takuma, primary, Azuma, Toshiyuki, additional, Bennett, Douglas A., additional, Caradonna, Pietro, additional, Chiu, I-Huan, additional, Doriese, W. Bertrand, additional, Durkin, Malcolm S., additional, Fowler, Joseph W., additional, Gard, Johnathon D., additional, Hashimoto, Tadashi, additional, Hayakawa, Ryota, additional, Hilton, Gene C., additional, Ichinohe, Yuto, additional, Indelicato, Paul, additional, Isobe, Tadaaki, additional, Kanda, Sohtaro, additional, Katsuragawa, Miho, additional, Kawamura, Naritoshi, additional, Kino, Yasushi, additional, Mine, Kairi, additional, Miyake, Yasuhiro, additional, Morgan, Kelsey M., additional, Ninomiya, Kazuhiko, additional, Noda, Hirofumi, additional, O'Neil, Galen C., additional, Okada, Shinji, additional, Okutsu, Kenichi, additional, Osawa, Takahito, additional, Paul, Nancy, additional, Reintsema, Carl D., additional, Schmidt, Dan R., additional, Shimomura, Koichiro, additional, Strasser, Patrick, additional, Suda, Hirotaka, additional, Swetz, Daniel S., additional, Takahashi, Tadayuki, additional, Takeda, Shinichiro, additional, Takeshita, Soshi, additional, Tatsuno, Hideyuki, additional, Ueno, Yasuhiro, additional, Ullom, Joel N., additional, Watanabe, Shin, additional, and Yamada, Shinya, additional

Published
2021
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4. Design of a 3000-Pixel Transition-Edge Sensor X-Ray Spectrometer for Microcircuit Tomography

Author

Szypryt, Paul, primary, Bennett, Douglas A., additional, Boone, William J., additional, Dagel, Amber L., additional, Dalton, Gabriella, additional, Doriese, W. Bertrand, additional, Durkin, M., additional, Fowler, Joseph W., additional, Garboczi, Edward J., additional, Gard, Johnathon D., additional, Hilton, Gene C., additional, Imrek, Jozsef, additional, Jimenez, Edward S., additional, Kotsubo, Vincent Y., additional, Larson, Kurt, additional, Levine, Zachary H., additional, Mates, John A. B., additional, McArthur, Daniel, additional, Morgan, Kelsey M., additional, Nakamura, Nathan, additional, O'Neil, Galen C., additional, Ortiz, Nathan J., additional, Pappas, Christine G., additional, Reintsema, Carl D., additional, Schmidt, Daniel R., additional, Swetz, Daniel S., additional, Thompson, Kyle R., additional, Ullom, Joel N., additional, Walker, Christopher, additional, Weber, Joel C., additional, Wessels, Abigail L., additional, and Wheeler, Jason W., additional

Published
2021
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5. Two-Level Switches for Advanced Time-Division Multiplexing

Author

Dawson, Carl S., primary, Chaudhuri, Saptarshi, additional, Titus, Charles J., additional, Cho, Hsiao-Mei, additional, Denison, Edward V., additional, Doriese, W. Bertrand, additional, Durkin, Malcolm, additional, FitzGerald, Connor T., additional, Hilton, Gene C., additional, Irwin, Kent D., additional, Li, Dale, additional, O'Neil, Galen C., additional, Reintsema, Carl D., additional, Steffen, Zach, additional, Stevens, Robert W., additional, Swetz, Daniel S., additional, Ullom, Joel N., additional, Vale, Leila R., additional, Weber, Joel C., additional, and Young, Betty A., additional

Published
2019
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6. Optimization of Time- and Code-Division-Multiplexed Readout for Athena X-IFU

Author

Doriese, W. Bertrand, primary, Bandler, Simon R., additional, Chaudhuri, Saptarshi, additional, Dawson, Carl S., additional, Denison, Edward V., additional, Duff, Shannon M., additional, Durkin, Malcolm, additional, FitzGerald, Connor T., additional, Fowler, Joseph W., additional, Gard, Johnathon D., additional, Hilton, Gene C., additional, Irwin, Kent D., additional, Joe, Young Il, additional, Morgan, Kelsey M., additional, O'Neil, Galen C., additional, Pappas, Christine G., additional, Reintsema, Carl D., additional, Rudman, David A., additional, Smith, Stephen James, additional, Stevens, Robert W., additional, Swetz, Daniel S., additional, Szypryt, Paul, additional, Ullom, Joel N., additional, Vale, Leila R., additional, Weber, Joel C., additional, and Young, Betty A., additional

Published
2019
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7. Development of a Real-Time Pulse Processing Algorithm for TES-Based X-Ray Microcalorimeters

Author

Tan, Hui, Hennig, Wolfgang, Warburton, William K, Doriese, W. Bertrand, and Kilbourne, Caroline A

Subjects
Electronics And Electrical Engineering
Abstract

We report here a real-time pulse processing algorithm for superconducting transition-edge sensor (TES) based x-ray microcalorimeters. TES-based. microca1orimeters offer ultra-high energy resolutions, but the small volume of each pixel requires that large arrays of identical microcalorimeter pixe1s be built to achieve sufficient detection efficiency. That in turn requires as much pulse processing as possible must be performed at the front end of readout electronics to avoid transferring large amounts of data to a host computer for post-processing. Therefore, a real-time pulse processing algorithm that not only can be implemented in the readout electronics but also achieve satisfactory energy resolutions is desired. We have developed an algorithm that can be easily implemented. in hardware. We then tested the algorithm offline using several data sets acquired with an 8 x 8 Goddard TES x-ray calorimeter array and 2x16 NIST time-division SQUID multiplexer. We obtained an average energy resolution of close to 3.0 eV at 6 keV for the multiplexed pixels while preserving over 99% of the events in the data sets.

Published
2011
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8. Beamline Test of a Transition-Edge-Sensor Spectrometer in Preparation for Kaonic-Atom Measurements

Author

Hashimoto, T., primary, Bazzi, M., additional, Bennett, D. A., additional, Berucci, C., additional, Bosnar, D., additional, Curceanu, C., additional, Doriese, W. B., additional, Fowler, J. W., additional, Fujioka, H., additional, Guaraldo, C., additional, Parnefjord Gustafsson, F., additional, Hayakawa, R., additional, Hayano, R. S., additional, Hays-Wehle, J. P., additional, Hilton, G. C., additional, Hiraiwa, T., additional, Ichinohe, Y., additional, Iio, M., additional, Iliescu, M., additional, Ishimoto, S., additional, Ishisaki, Y., additional, Itahashi, K., additional, Iwasaki, M., additional, Ma, Y., additional, Noda, H., additional, Noumi, H., additional, O'Neil, G. C., additional, Ohnishi, H., additional, Okada, S., additional, Outa, H., additional, Piscicchia, K., additional, Reintsema, C. D., additional, Sada, Y., additional, Sakuma, F., additional, Sato, M., additional, Schmidt, D. R., additional, Scordo, A., additional, Sekimoto, M., additional, Shi, H., additional, Sirghi, D., additional, Sirghi, F., additional, Suzuki, K., additional, Swetz, D. S., additional, Tanida, K., additional, Tatsuno, H., additional, Tokuda, M., additional, Uhlig, J., additional, Ullom, J. N., additional, Yamada, S., additional, Yamazaki, T., additional, and Zmeskal, J., additional

Published
2017
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9. When “Optimal Filtering” Isn’t

Author

Fowler, J. W., primary, Alpert, B. K., additional, Doriese, W. B., additional, Hays-Wehle, J., additional, Joe, Y.-I., additional, Morgan, K. M., additional, O'Neil, G. C., additional, Reintsema, C. D., additional, Schmidt, D. R., additional, Ullom, J. N., additional, and Swetz, D. S., additional

Published
2017
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11. Micro-X, the TES X-ray Imaging Rocket: First Year Progress.

Author

Wikus, Patrick, Rutherford, J. M., Adams, J. S., Bagdasarova, Y., Bandler, S. R., Bautz, M., Boyce, K., Brown, O., Deiker, S., Doriese, W. B., Figueroa-Feliciano, E., Flanagan, K., Galeazzi, M., Hilton, G. C., Hwang, U., Irwin, K. D., Kelley, R. L., Kallman, T., Kilbourne, C. A., and Kissel, S.

Subjects
DETECTORS, CALORIMETERS, OPTICAL resolution, SUPERCONDUCTING quantum interference devices, ADIABATIC demagnetization, LOW temperature engineering, X-ray astronomy
Abstract

Micro-X is a sounding-rocket experiment that will combine a transition edge sensor (TES) microcalorimeter array with an imaging mirror to obtain high-spectral-resolution images of astronomical X-ray sources. The instrument's resolution across the 0.3-2.5 keV band will be 2 eV. The first flight will target the region of the Bright Eastern Knot of the Puppis A supernova remnant and is slated for January 2011. The obtained high-resolution X-ray spectra will be used to ascertain the temperature and ionization state of the X-ray-emitting gas and to determine its velocity structure. The TES array is read out bya time-division superconducting quantum interference device (SQUID) multiplexing system. The detector front end assembly and the SQUID multiplexing circuit are cooled to the operating temperature of 50 mK with an adiabatic demagnetization refrigerator (ADR). The design of this refrigerator is tailored to the requirements of rocket flight. Stable operation of the TES array close to the ADR magnet will be achieved with a magnetic shielding system, which will be based on a combination of a bucking coil and high-permeability and superconducting shield materials to cancel out residual fields. We describe our progress in developing the Micro-X instrument. [ABSTRACT FROM AUTHOR]

Published
2009
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12. Improved Isotopic Analysis With a Large Array of Gamma-Ray Microcalorimeters.

Author

Jethava, N., Ullom, J. N., Bennett, D. A., Doriese, W. B., Beall, J. A., Hilton, G. C., Horansky, R. D., Irwin, K. D., Sassi, E., Vale, L. R., Bacrania, M. K., Hoover, A. S., Karpius, P. J., Rabin, M. W., Rudy, C. R., and Vo, D. T.

Subjects
PLUTONIUM, GAMMA ray spectrometry, CALORIMETERS, SUPERCONDUCTING quantum interference devices, MULTIPLEXING, DETECTORS
Abstract

We present results from the largest array of gamma-ray microcalorimeters operated to date. The microcalorimeters consist of Mo/Cu transition-edge sensors with attached Sn absorbers. The detector array contains 66 pixels each with an active area 2.25 mm2. Out of 66 pixels, 55 are active, and 31 were used to acquire a high statistics Pu gamma-ray spectrum. The energy resolution of the best 21 pixels was found to be 120 eV FWHM. The array is read out using time domain SQUID multiplexing. Here, we describe the multiplexing and present a high statistics Pu spectra. Because of the large collecting area of our array, the statistical error in the 240Pu line intensity is approximately 0.7%, which is comparable to the systematic error in a measurement with a 500 eV germanium sensor. Hence, we have reached an important threshold for demonstrating improved isotopic measurements with microcalorimeter sensors. With straightforward changes, we plan to achieve a resolution of about 50 eV FWHM with 256 multiplexed detectors. Finally, we present early estimates of on-chip heating within our sensor array. [ABSTRACT FROM AUTHOR]

Published
2009
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