1.
Background: Infrared (IR) analysis is an emerging technology that may be a useful tool for milk banks to manage the nutrient variability in donor human milk. Objective: T[...]
2019 | Text | English | Faculty and Staff Works |
2.
Discovered over 30 years ago, the B[e] phenomenon has not yet revealed all its puzzles. New objects that exhibit it are being discovered in the Milky Way, and properties [...]
2010 | Text | English | Faculty and Staff Works |
3.
We study the IR emission from flared disks with and without additional optically thin halos. Flux calculations of a flared disk in vacuum can be considered a special case[...]
2008 | Text | English | Faculty and Staff Works |
4.
A sample of Be stars with large far-infrared excesses detected by IRAS is selected and their high-resolution IRAS images are examined. The far-infrared emission from most[...]
2000 | Text | English | Faculty and Staff Works |
5.
UBVRUHK photometry of the Vega-excess star SAO 26804=HD 233517 and several stars of its environments obtained at the I-meter telescope of the Tien-Shan Observatory in Kaz[...]
1996 | Text | English | Faculty and Staff Works |
6.
Automated tracking offers a number of advantages over both manual and photocell tracking methodologies, including increased reliability, validity, and flexibility of appl[...]
2010 | Text | English | Faculty and Staff Works |
7.
A facile and effective strategy for the preparation of a series of ferricenium complexes bearing either electron-donating or electron-withdrawing substituents with weakly[...]
2021 | Text | English | Faculty and Staff Works |
8.
We present the first high spatial and spectral observations of the circumstellar envelope (CSE) of a B[e] supergiant (CPD-5't' 2874), performed with the Very Large Telesc[...]
2005 | Text | Faculty and Staff Works |