133,885 research outputs found
Rouse, Colvin Patterson
No full textColvin Patterson Rouse, L.L.B.
Lexington, Kentucky
Delta Sigma Pi, Phi Delta Phi, Editor-in-Chief - Kentucky Law Journal, President - Henry Clay Law Society
-The Kentuckian, 1928--------------------------------
Colvin Patterson Rouse (July 28, 1903 - July 3, 1993) was born in Midway, Kentucky to Julius Ephraim Rouse and Cora Dell Conner. Rouse practiced law in Versailles, Kentucky after graduation. He partnered with other lawyers, including A. B. Chandler and Field McLeod, throughout his career. Rouse also served as president of the Citizens Bank of Midway, as a Woodford County Election Commissioner, and as a special trial judge throughout the state. Rouse was married three times--his wives were Elizabeth Turner (m. 1928, d. pre-1936), Helen Dedman (m. 1936, w. 1987), and Rebecca Adams (m. 1988).https://uknowledge.uky.edu/klapp_1928/1002/thumbnail.jp
Rouse, Charlie D.
No full textDillie Rouse - wife. Register states the date of death as 12/17/1933.https://stars.library.ucf.edu/cfm-ch-memoranda-1933/1624/thumbnail.jp
Sub-Rouse modes in polymer thin films: Coupling to density and responding to physical aging
No full textThe presence of sub-Rouse modes in bulk polymers with length scale and relaxation times in between the segmental α-relaxation and the Rouse modes had long been justified by theoretical consideration, and found in many experimental studies. The sub-Rouse modes had been seen directly in creep compliance measurements of polymer thin films by McKenna and co-workers. On decreasing film thickness, the sub-Rouse modes shift to shorter times like the segmental α-relaxation, but the shift of the former is less than the latter. We had used the sub-Rouse modes and the segmental mode to explain the two transitions found by ellipsometry in freestanding high molecular weight PS films by Pye and Roth (PR). The upper transition at a higher temperature originates from the sub-Rouse modes, and the lower transition comes from the segmental α-relaxation. On the other hand, PR suggested that the upper and the lower transitions both came from the segmental α-relaxation, and the upper transition occurs in ∼90% of the material. In this paper we use dielectric relaxation data of freestanding films to rule out their suggestion. Furthermore, we demonstrate by experimental evidences that the sub-Rouse modes are coupled to density, and respond to physical aging to validate our interpretation
A myzostomid endoparasitic in black corals
No full textMyzostomids are a group of animals whose phylogenetic relationships are still contentious, though an annelid affinity is increasingly favored (Rouse and Pleijel 2007). All are ecto- or endosymbionts (either commensals or parasites), and the majority of the species live in association with echinoderms, mainly crinoids (Lanterbecq et al. 2006).
An endosymbiosis with a Caribbean black coral (Hexacorallia, Anthozoa, Antipatharia) was previously reported (Goenaga 1977). Morphological and histological analysis of the polyps of the Indonesian black coral Cirrhipathes cf. rumphii (Fig. 1a) revealed the occurrence of a myzostomid in approximately 30 % of the coral colonies that were sampled. The specimens (usually one worm per polyp when present) were found only in distal, large zooids (2–3 mm in diameter; Fig. 1b, c). The worms had rounded, flattened bodies (1.0–1.8 mm in diameter; Fig. 1d) with a cylindrical extensible pharynx, similar to ectosymbiotic Myzostoma (Lanterbecq et al. 2006). Typical of myzostomids, there were five pairs of parapodia with protruding chaetae (Fig. 1e) and a densely ciliated ventral surface. Histology showed that the larger myzostomids were sexually mature females. The myzostomids occupied the entire basal portion of the gastric cavity (Fig. 1c), and no traces of digestion by the host were seen, indicating a true endobiotic lifestyle. Myzostomids were found throughout the year in female and male Cirrhipathes cf. rumphii. The analyzed parasitized polyps were never fertile, even when the neighboring zooids contained mature gametes,suggesting parasitic castration.
Histological observations on an additional 15 Indonesian black coral species suggest that this myzostomid lives exclusively in Cirrhipathes cf. rumphii. However, the occurrence of a myzostomid in the Caribbean Stichopathes sp. suggests that these endosymbioses may be more widespread, especially in species with large-sized polyps, like those of unbranched genera such as Cirrhipathes, Stichopathes, and Pseudocirrhipathes
rouse chocks
No full textrouse nA piece of iron on rail of boat to pairs rope through ; not completely round or enclosed but rather like two short stops curved toward each other attached to an iron base which in turn is attached to the rail of the boat . " When you're tyin' up you got to make sure the ropes are in the rouse chocks so's the boat won't drift around"YesDNE-cit28Used IUsed IUsed IOnly the last three lines of the cited quotation appear in the dictionary
Birdseye W. Rouse Letter to Benson J. Lossing, April 3, 1857
No full textA letter from Birdseye W. Rouse to Benson J. Lossing Esq. dated April 3, 1857. Rouse writes about the forts along the Maumee River, including Fort Miami, Fort Meigs, and Fort Defiance, as well as the state of the forts in 1857, and their history.[Page 1]
Toledo Ohio 3d Apl. 57 [1857]
Benson J. Lossing Esq
Dear Sir
In answer to your Enquiries for I Subjects of historical interest
Contained in the Apl N° of the Harper_ I would call your attention
to the Maumee River which empties into Lake Erie at this place
(the Miami of the Lakes) _ Ten miles above this on the left bank
of the river is the site & remains of old ""Fort Miamis"" held by
a British garrison under Col Campbell in 1794 at the time of the
great battle fought by Genl Wayne with the Indians in 1794 _
Wayne crossed the River at the rapids two miles above the Fort,
attacked the Indians who were concealed & in some measure protected,
by a large field of trees blown down _ drove them out at the point
of the bayonet & pursued them down the River_ The Indians began to
assemble around the Fort. looking to it for protection as they had
been Secretly instigated by the British _ Seeing this, tradition
says, that Wayne came [thundering?] down the Bank of the river.
With his troops & accompanied by two aids rode up to the Fort &
called for its Commander, Col C. made his appearance. When
Wayne announced to him . that if he admitted one
Indian into the Fort or afforded them protection in a[ny'?]
[Page 2]"
way he would instantly storm the Fort & put every
man to death in it _ The Col. Threatened to fire on him _
Wayne opened his coat & told him "to fire & be d---d. it wd
be the last shot heard ever order fired" _ The British Com' thot
better of it, & neither fired on Wayne nor protected the Indians
& they were so completely cut up that they never recovered
from the blow _ The mounds of the fort are still perfect. The
covered way descending to the river can be traced, & the whole
locality is full of interest _ Two miles further up on the
right bank ofthe River is old Fort Meigs. to which I
suppose I need only call your attention. as every thing
respecting the Fort. its defense by Gen' Harrison &c were
so fully brot before the public in 1840, when Gen' H. was
Elected _ The mounds, outlines of the fort are still distinct.
the graves of several officers killed, marked by tombstones
still standing _ On the other side of the River the gallant
Davis & 800 Kentuckians were led into an ambush &
cut to pieces _ 60 miles above is old "fort Defiance"
at the junction ofthe "Auglaize & Miami" _
On the Shores of Lake Erie at Monroe Michigan 20
miles north of this . is the battle ground of the River Raisin
Where Winchester was taken prisoner in the last war _
The localities will all be pointed out by the inhabitants
some of whom were living there at the time _ The house is
still occupied where W. & his officers were "assisting" at a"
[Page 3]
ball. W. & his officers on one side the River & his sol-
-diers on the other_
ln fact Sir this region is full of tradition &
Historical remains. & of living men & women "who were
Part of & saw the transactions" they describe. & if you will
Come among us I think it will richly repay you _
With much respect
Your obt Sert
B. W. Rouse [signed]
[Birdseye W. Rouse]
Review: Simulational Tests of the Rouse Model
No full textThe file is a Chapter from my review volume Polymer Physics: Phenomenology of Polymeric Fluid Simulations . The chapter treats literature tests of the Rouse model, which is widely invoked as a description of polymer motion in melts. In summary: The literature conclusively demonstrates that the Rouse model does not describe polymer motion in melts. Simulations find that the temporal autocorrelation function of a single Rouse amplitude is a stretched exponential in time, not the pure exponential predicted by the Rouse model. Also, the mean-square amplitude of the Rouse modes deviates from the model\u27s prediction, at least for p > 3. Furthermore, the relaxation time of depends on p, but not as predicted by the Rouse model. According to the Rouse model, bead displacements are driven by independent Gaussian random processes. Accordingly, the intermediate structure factor g(q,t) is predicted to be accurately described by the Gaussian approximation. Doob\u27s theorem then guarantees that g(q,t) decays as a single exponential in time. Simulations show that these predictions of the Rouse model are incorrect.38 pages, 81 references, 12 figure
Osedax sigridae Rouse & Goffredi & Johnson & Vrijenhoek 2018, n. sp.
No full textOsedax sigridae n. sp. Figure 2 ‘green palp’ (Katz et al. 2010; Katz et al. 2011; Katz & Rouse 2013; Rouse et al. 2015; Vrijenhoek et al. 2009) Material examined. Holotype: SIO-BIC A7809 female (GenBank COI sequence FJ347641), collected from an experimentally deployed whale carcass (Eschrichtius robustus) deployed at 1820 meters depth in Monterey Submarine Canyon, California (36°42.496’N; 122°6.316’W) ROV Tiburon dive number 1163, Dec. 20, 2007. Fixed in formalin preserved in ethanol. Paratypes: All females. Fixed in formalin preserved in ethanol; SIO-BIC A7811 same locality and date as holotype (GenBank COI sequence FJ347642); SIO-BIC A1650 (GenBank COI sequence FJ347639) and SIO-BIC A7810 (GenBank COI sequence FJ347640), collected on cow bones deployed at 1820 meters depth in Monterey Submarine Canyon, California (36°42.496’N; 122°6.316’W) ROV Tiburon dive number 1119, Aug. 16, 2007. Diagnosis and description. Holotype female (Fig. 2D); trunk 1 mm long, 0.5 mm wide; crown of pinnulated palps contracted, 2 mm long. Tube gelatinous, up to 10 mm long, 5 mm across. Oviduct shorter than palps (Fig. 2C). In life, palps green-yellow (Figs 2A, C, D). Pinnules of all four palps oriented dorsally (Fig. 2D). No obvious pigmentation on trunk, or clear demarcation into upper and lower trunk. Ovisac spheroidal with roots as simple lobes (Figs 2B, D). Males not found. Distribution. Known from Monterey Bay, California from 1820 meters depth (Table 2). It has been found in whale and cow bones. Etymology. This species is named (noun in the genitive case) for Sigrid Katz, whose Ph.D. project involved detailed study of the anatomy of this species (Katz et al. 2010; Katz et al. 2011). Remarks. Osedax sigridae n. sp. is part of Osedax clade I and closest relative to the undescribed Japanese taxon Osedax ‘Sagami-5’ (Fig. 1). All four available COI sequences for Osedax sigridae n. sp. (Table 3) show less than 1% uncorrected sequence divergence, while the minimum uncorrected distance to Osedax ‘Sagami-5’ is 11% (Table 4). Careful searching for males in some of the tubes of the Osedax sigridae n. sp. females shown in Figure 2A failed, though Katz & Rouse (2013) did find sperm in the ovisac of females. The most distinguishing features of the Osedax sigridae n. sp. specimens collected to date are the distinctive green/yellow palps and the lobate roots (Fig. 2).Published as part of Rouse, Greg W., Goffredi, Shana K., Johnson, Shannon B. & Vrijenhoek, Robert C., 2018, An inordinate fondness for Osedax (Siboglinidae: Annelida): Fourteen new species of bone worms from California, pp. 451-489 in Zootaxa 4377 (4) on page 459, DOI: 10.11646/zootaxa.4377.4.1, http://zenodo.org/record/116587
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