1,558 research outputs found
Letter from Wm. (?) Van Der Haar to a Dear Brother
Get PDFA letter of Wm. [?] van der Haar to a dear Brother mentions that Rev. Albertus C. Van Raalte plans to leave for America in September.https://digitalcommons.hope.edu/vrp_1840s/1078/thumbnail.jp
Indenture Between Albertus C. Van Raalte and Christian Johanna, His wife, and the Consistory of the First Reformed Dutch Church of Holland
Get PDFAn indenture between Albertus C. Van Raalte and Christian Johanna, his wife, and the consistory of the First Reformed Dutch Church of Holland. The Van Raaltes receive one dollar for the lots one, two, fifteen and sixteen in block 41 from the congregation for the site on which they plan to build a church. The indenture was witnessed by Anna F Post and H[enry] De. Post. As Justice of the Peace, Post also handled the transaction. The consistory members who signed were elders: H. Broek, J. A. Verhorst, Jeltje Broersma, Gerrit Jan Hekhuis, J. Labots, J. A. Wilterdink, and W. V. Appeldoorn. The deacons were: A. De Weerd, G. W. Wilterdink, A. Plugger, and P. VandenBerg.https://digitalcommons.hope.edu/vrp_1850s/1219/thumbnail.jp
Rosetta-Alice Observations of Exospheric Hydrogen and Oxygen on Mars
Full text linkThe European Space Agency's Rosetta spacecraft, en route to a 2014 encounter
with comet 67P/Churyumov-Gerasimenko, made a gravity assist swing-by of Mars on
25 February 2007, closest approach being at 01:54UT. The Alice instrument on
board Rosetta, a lightweight far-ultraviolet imaging spectrograph optimized for
in situ cometary spectroscopy in the 750-2000 A spectral band, was used to
study the daytime Mars upper atmosphere including emissions from exospheric
hydrogen and oxygen. Offset pointing, obtained five hours before closest
approach, enabled us to detect and map the HI Lyman-alpha and Lyman-beta
emissions from exospheric hydrogen out beyond 30,000 km from the planet's
center. These data are fit with a Chamberlain exospheric model from which we
derive the hydrogen density at the 200 km exobase and the H escape flux. The
results are comparable to those found from the the Ultraviolet Spectrometer
experiment on the Mariner 6 and 7 fly-bys of Mars in 1969. Atomic oxygen
emission at 1304 A is detected at altitudes of 400 to 1000 km above the limb
during limb scans shortly after closest approach. However, the derived oxygen
scale height is not consistent with recent models of oxygen escape based on the
production of suprathermal oxygen atoms by the dissociative recombination of
O2+.Comment: 17 pages, 8 figures, accepted for publication in Icaru
Inhalation characteristics of asthma patients, COPD patients and healthy volunteers with the Spiromax® and Turbuhaler® devices: a randomised, cross-over study.
Get PDFBACKGROUND: Spiromax® is a novel dry-powder inhaler containing formulations of budesonide plus formoterol (BF). The device is intended to provide dose equivalence with enhanced user-friendliness compared to BF Turbuhaler® in asthma and chronic obstructive pulmonary disease (COPD). The present study was performed to compare inhalation parameters with empty versions of the two devices, and to investigate the effects of enhanced training designed to encourage faster inhalation. METHODS: This randomised, open-label, cross-over study included children with asthma (n = 23), adolescents with asthma (n = 27), adults with asthma (n = 50), adults with COPD (n = 50) and healthy adult volunteers (n = 50). Inhalation manoeuvres were recorded with each device after training with the patient information leaflet (PIL) and after enhanced training using an In-Check Dial device. RESULTS: After PIL training, peak inspiratory flow (PIF), maximum change in pressure (∆P) and the inhalation volume (IV) were significantly higher with Spiromax than with the Turbuhaler device (p values were at least <0.05 in all patient groups). After enhanced training, numerically or significantly higher values for PIF, ∆P, IV and acceleration remained with Spiromax versus Turbuhaler, except for ∆P in COPD patients. After PIL training, one adult asthma patient and one COPD patient inhaled <30 L/min through the Spiromax compared to one adult asthma patient and five COPD patients with the Turbuhaler. All patients achieved PIF values of at least 30 L/min after enhanced training. CONCLUSIONS: The two inhalers have similar resistance so inhalation flows and pressure changes would be expected to be similar. The higher flow-related values noted for Spiromax versus Turbuhaler after PIL training suggest that Spiromax might have human factor advantages in real-world use. After enhanced training, the flow-related differences between devices persisted; increased flow rates were achieved with both devices, and all patients achieved the minimal flow required for adequate drug delivery. Enhanced training could be useful, especially in COPD patients
SBE16 Brazil & Portugal - Sustainable Urban Communities towards a Nearly Zero Impact Built Environment
Get PDFVol. IThe organizers of SBE 16 Brazil & Portugal were challenged to promote discussions and
the development of solutions for an important and, at the same time, very ambitious topic
? Sustainable Urban Communities towards a Nearly Zero Impact Built Environment. This
is the main focus of the international conference SBE16 Brazil & Portugal; the only event
of the SBE16/17 conference series being held in Latin America, more precisely, in Vitória
(EspÃrito Santo), Brazil, from the 7th until the 9th of September 2016. The conference
offered a unique opportunity to bring together researchers from all over the world to
share evidence-based knowledge in the field and succeeded to achieve its goals since many
contributions from various parts of the planet were received, addressing a tiny part of the
problem or trying to perform the difficult task of making the sum of the parts a coherent
whole.info:eu-repo/semantics/publishedVersio
- …
