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Caroline Kilbourn Stahle

Researcher at Goddard Space Flight Center

Publications -  83
Citations -  1393

Caroline Kilbourn Stahle is an academic researcher from Goddard Space Flight Center. The author has contributed to research in topics: Detector & Spectrometer. The author has an hindex of 19, co-authored 83 publications receiving 1316 citations. Previous affiliations of Caroline Kilbourn Stahle include University of Wisconsin-Madison.

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Laboratory Simulation of Charge Exchange-Produced X-ray Emission from Comets

TL;DR: A charge exchange emission model is developed that successfully reproduces the soft x-ray spectrum of comet Linear C/1999 S4, observed with the Chandra X-ray Observatory.
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Signal processing for microcalorimeters

TL;DR: In this article, the authors developed some optimal signal processing techniques in order to construct the best possible estimates of our pulse heights in the presence of these non-ideal effects, and presented their plans for providing this kind of signal processing in flight experiments.
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Laboratory Measurements of the Relative Intensity of the 3s → 2p and 3d → 2p Transitions in Fe XVII

TL;DR: In this paper, the intensity ratios of the 3s → 2p and 3d→ 2p lines in Fe XVII were measured on the Livermore electron beam ion trap employing a complementary set of spectrometers, including a high-resolution crystal spectrometer and the Goddard 32 pixel calorimeter.
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A sounding rocket payload for X-ray astronomy employing high-resolution microcalorimeters

TL;DR: In this paper, a sounding rocket payload was used to obtain a high-resolution spectrum of the diffuse X-ray background between 0.1 and 1 keV using only mechanical collimation of the incoming X-rays, but the cryostat and detector assembly were designed to be placed at the focus of a conical foil imaging mirror which will be employed on subsequent flights to do spatially resolved spectroscopy of supernova remnants and other extended objects.
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Hopping conduction in partially compensated doped silicon.

TL;DR: The temperature behavior is consistent with the prediction of the model for variable-range hopping (VRH) with a Coulomb gap, and the resistivities show a stronger temperature dependence than the Coulomb-gap model prediction.