328,697 research outputs found
Maximiliani Stoll S.C.R.A. M. Cons. nosocomii S.S. Trinit. Physici ordinarii ... Pars quarta Rationis medendi in nosocomio practico vindobonensi
No full textTít. na antep.: Maximiliani Stoll medicinae clinicae P.P.O. in universitate vindobonensi, Pars quarta rationis medendi. Post ejus obitum edidit et praefatus est Iosephus EyerelSign.: *\p8\s, A-Y\p8\s, Z\p4\
Interview of David S. Adams by Hannah Stoll
No full textRemote interview.Although David Adams aspired to be a professional cartoonist when he was in high school, he loved the academic environment of his undergraduate alma mater, Piedmont College, so much that he decided to earn advanced degrees so he could pursue a career in higher education. He earned a Master's degree in Sociology from the University of Georgia, and a Ph.D. in the same subject at Ohio State. He then taught at Ohio Northern University from 1968 to 1971, when he was hired to teach Sociology at the Ohio State-Lima campus. He spent the rest of his career there until he retired in 1995. That year he received the Alumni Association's Award for Distinguished Teaching, which he considers the most important award he has ever received. While he was teaching he served as both the Secretary and President of the OSU Lima Faculty Assembly, and he and his wife, Estella, were involved with United Way and the Riverside North Neighborhood Association, among other charitable and local political work
Comparison of two simple high-frequency earthing electrodes
Get PDFLightning strikes on high-voltage transmission lines may create hazardous touch potentials on adjacent substation equipment and damage to control equipment. When designing suitable substation earthing electrodes to overcome this problem and safely dissipate the transient fault currents to ground, it is essential to consider the behaviour of the current flow. The steady-state frequency equivalent to a lightning strike is at least 0.25 MHz, which corresponds to a current skin depth d of about 10m in homogeneous soil of conductivity 0.01 Sm-1. This surface effect causes the impedance of an electrode system to be considerably larger than the power frequency resistance. Thus, a dedicated electrode is normally placed in parallel with the low-frequency earthing system, usually taking the form of a simple vertical rod of copper-coated steel about 5m long. However, the work presented in this paper suggests that a long rod is not ideal for the purpose. Using a relatively simple numerical finite-difference procedure it has been found that a flat disc electrode parallel to the surface of the ground achieves a significant improvement over the performance of a vertical rod. Both rod and disc have been solved in the frequency domain, but the rod has also been analysed in time-stepping form so that the peak voltage for a given imposed current can be compared with that deduced from the equivalent steady-state complex impedance
Estudo comparativo entre os métodos de Stoll e Kato quantitativo
No full textA autora realizou a contagem de ovos por gr. de fezes em 129 amostras de fezes pelos métodos de Kato e de Stoll, incluindo 100 casos de parasitismo por Ascaris lumbricoides, 100 por Trichuris trichiura, 70 por ancilostomideos e 40 por S. mansoni. Os resultados foram avaliados estatisticamente, evidenciando-se idênticos com as duas técnicas no que se refere a Ascaris lumbricoides, T. trichiuris e S. mansoni, mostrando-se, no entanto, o método de Stoll mais adequado para a contagem de ovos de ancilostomideos.The author examined 129 specimens of faeces using the techniques of Kato and Stoll. 100 cases of Ascaris lumbricoides infection, 100 of Trichocephalus trichiurus, 70 of hookworm infection and 40 of Schistosoma mansoni were detected. The number of eggs eliminated per gram of faeces was determined using the two methods. The results were statistically analysed using the comparative tests for the two methods at a significance levei of 0,05. The results showed that, for counting eggs, the two techniques presented equal results for A lumbricoides, T. trichiurus and Schistosoma mansoni, but the Stoll technique was more sensitive for hookworm
Emilie Stoll
No full textEmilie STOLL, anthropologue, post-doctorante A� l'IRD (UMR 208 PALOC "Patrimoines locaux et gouvernance" IRD/MNHN). Mes travaux auprA?s des populations rurales mA�tisses du bas-Amazone, au BrA�sil, entendent mettre A� jour A� diffA�rentes A�chelles les dynamiques sociologiques A� la��A�uvre dans l'A�mergence de revendications prA�sentA�es comme A�A�identitairesA�A� ainsi que leur ancrage dans des territorialitA�s multiples. La fabrique des patrimoinesA�: constructions sociales, usages politiq..
Emilie Stoll
No full textEmilie STOLL, anthropologue, post-doctorante A� l'IRD (UMR 208 PALOC "Patrimoines locaux et gouvernance" IRD/MNHN). Mes travaux auprA?s des populations rurales mA�tisses du bas-Amazone, au BrA�sil, entendent mettre A� jour A� diffA�rentes A�chelles les dynamiques sociologiques A� la��A�uvre dans l'A�mergence de revendications prA�sentA�es comme A�A�identitairesA�A� ainsi que leur ancrage dans des territorialitA�s multiples. La fabrique des patrimoinesA�: constructions sociales, usages politiq..
Replication Data
No full textData accompanying Sean Bolks and Richard J. Stoll, The Arms Acquisition Process: The Effect of Internal and External Constraints on Arms Race Dynamics, The Journal of Conflict Resolution 44, no. 5 (October 1, 2000): 580 - 603. This article offers a new approach to understanding the dynamics of arms races. In developing an alternative indicator of military capability, Stoll and Bolks focus on the number of capital ships--warship(s) with the most significant naval combat power. The replication data presented here is from two tables tallying the predicted number of capital ships of the major powers, the first from 1860 to 1939, the second from 1946-1986. Estimates are produced using seemingly unrelated digression (SUR). Data are presented as Stata .dta files, with instructions in .do files. In addition to the Stata source files, this item also contains non-proprietary versions for long-term access; .dta files have been transformed to .csv and .do to .txt.Original Stata files: table2.dta -- table2.do -- table1.do -- table1.dta. Non-proprietary versions of files: Table2.csv -- table2-dofile.txt -- Table1.csv -- table1-dofile.txt
Syngamia florella Stoll 1781
No full textSyngamia florella (Stoll, 1781) Figs 64, 132, 178 Tinea florella Stoll in Cramer & Stoll, 1781: 114, pl. 348 fig. L. Syngamia florella (Stoll): Peck et al. 1998: 227. ‒ Causton et al., 2006: 141. ‒ Roque-Albelo & Landry, 2015. Material examined: 9 ♂, 11 ♀, 46 of undetermined sex from the Galápagos Islands: – Floreana: Charles [no precise locality]; Punta Cormoran; close to Loberia, GPS: elev[ation]. 6 m, S 01° 17.002’, W 90° 29.460’. – Genovesa: Bahía Darwin. – Isabela: Alcedo, lado NE, low arid zone bosq[ue]. palo santo; V[olcan]. Darwin, 300 m elev.; 1 km W P[uer]to Villamil; 2 km Puerto Villamil; 8.5 km N Pto Villamil; ± 15 km N Pto Villamil; Sierra Negra, 1000 m alt[itude]. – San Cristóbal: Chatham [no precise locality]; 1 km S El Progreso; El Junco, east side, GPS: 654 m elev., S 00° 53.734’, W 89° 28.727’; pampa zone. – Santa Cruz: Agr[iculture]. Zone; Tortuga Res[erve]. W S[an]ta Rosa; Horneman Farm, 220 m elev.; agriculture zone, near (NNW) Bella Vista, GPS: 223 m elev., S 00° 41.297’, W 90° 19.670’; NNW Bella Vista, GPS: 225 m elev., S 00° 41.293’, W 90° 19.665’; Finca Vilema, 2 km W Bella Vista; 2 km W Bella Vista; Los Gemelos; Media Luna, pampa zone. – Santiago: Bahía Espumilla; La Bomba, 6 m elev., S 00° 11.151’, W 90° 42.052’; 200 m elev.; Aguacate [camp], 520 m elev.; Central [camp], 700 m; Jaboncillo [camp], ± 850 m elev. Deposited in BMNH, CAS, CDRS, CNC, MCZ, and MHNG. Diagnosis: The diminutive Syngamia florella (Stoll) is one of the most strikingly patterned and coloured species of Spilomelinae in the Galápagos (Fig. 64). The broad orange yellow markings of the thorax and both wings over a dark brown ground colour as well as the bright orange abdomen with patches of shining blue scales are not found in any other species. The wingspan is between 15 and 19 mm. Biology: The known host plants of this species are in the Rubiaceae genera Borreria and Spermacoce (Heppner, 2003; Robinson et al., 2014). In the Galápagos specimens have been collected from the littoral zone to higher zones up to about 1000 m, in cultivated as well as pristine habitats, and from February until June and October. Distribution: Described from Surinam this species is widespread in the Western Hemisphere as attest the countries recorded from the labels of specimens in the BMNH: USA, Bahamas, Grand Cayman, Jamaica, St Vincent, Dominica, Cuba, Santo Domingo, Grenada, Tobago, Trinidad, Mexico, Costa Rica, Guatemala, Honduras, Panama, Venezuela, British Guiana, Brazil, Ecuador, Paraguay, Argentina. In addition, the MHNG has specimens from Martinique and French Guiana. Patterson et al. (2015) report it from several US States of the south east, with most records from Florida, Georgia, and Texas. Already in 1854, Guenée wrote that this species was very common in all of Meridional America. In the Galápagos specimens were collected on several islands as noted above in the Material examined. In addition, a CDRS specimen labelled simply ‘92’ refers to notes in a notebook in the CDRS adding the localities of Cerro Azul on Isabela and Media Luna on Santa Cruz. Remarks: The original description was checked to identify the Galapagos specimens, but there is no real description, rather an illustration that is not very convincing. Stoll (1781) mentioned that he was told that this species was found in Surinam on many different sorts of flowers and in great abundance. My Galápagos specimens match the specimens identified as this species in the BMNH.Published as part of Bernard Landry, 2016, Taxonomic revision of the Spilomelinae (Lepidoptera, Pyralidae s. l.) of the Galápagos Islands, Ecuador, pp. 315-399 in Revue suisse de Zoologie 123 (2) on pages 389-391, DOI: 10.5281/zenodo.15530
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