30,962 research outputs found
Letter From James H. Groff to Alfred L. Shoemaker
No full textA handwritten letter from James H. Groff addressed to Alfred L. Shoemaker, dating from circa 1950. Within, Groff writes to detail some of his childhood memories involving Pennsylvania Dutch customs and superstitions.https://digitalcommons.ursinus.edu/shoemaker_documents/1278/thumbnail.jp
Cyphocaris johnsoni Shoemaker 1934
No full textCyphocaris johnsoni Shoemaker, 1934 Cyphocaris johnsoni Shoemaker, 1934: 1, fig. 1.— Gurjanova, 1962: 64 (key), 67, fig. 8.— Ortiz, 1979: 19.— Barnard & Karaman, 1991: 480. Type material. Syntypes 2 specimens (1 male, 1 female), 19 mm, USNM 69101, Puerto Rican Deep, North Atlantic Ocean (18 ° 37 ’ 30 ”N to 18 ° 38 ’ 15 ”N 65 °02’ 15 ”W to 65 °00’ 30 ”W), 310–400 fm (567–732 m), 3 March 1933, Johnson-Smithsonian Deep-Sea Expedition (stn 97). Type locality. Puerto Rican Deep, North Atlantic Ocean (18 ° 37 ’ 30 ”N to 18 ° 38 ’ 15 ”N, 65 °02’ 15 ”W to 65 °00’ 30 ”W). Depth range. 567– 732 m. Distribution. NORTH ATLANTIC OCEAN. Puerto Rican Deep (Shoemaker 1934).Published as part of Hughes, Lauren E. & Lowry, James K., 2015, A review of the world Cyphocarididae with description of three new species (Crustacea, Amphipoda, Lysianassoidea), pp. 1-40 in Zootaxa 4058 (1) on page 21, DOI: 10.11646/zootaxa.4058.1.1, http://zenodo.org/record/23552
Award to James L. Shoemaker, accepted by his widow Pat
No full textBlack and white photograph of Dennis Rezendez presenting special presidential citations to the late James L. Shoemaker (the awards being accepted by his wife, Pat), and to Howard W. Price
Interview of James A. Van Allen by Brian Shoemaker
No full textAerobee, Navy rocket used in high altitude research, p. 15
Berkner, Lloyd, pp. 17-25
Byrd, Admiral Richard, pp. 6-7, 45-46
Chapman, Sydney, 17-23
Gore, Albert, Vice President, p. 27
Joyce, Wallace, p. 17
Kaplan, Joseph, 24-25
Kent, Bob, Army Ordinance Department, pp. 15-16
Lee, Willis A., Admiral, pp. 11-13
Liddell, Urner, pp. 35-36
Ludwig, George, p. 32
Parsons, W. S. (Deke), Rear Admiral, p. 11
Pickering, Bill, p. 24
Pomerantz, Martin, pp. 36-38
Porter, Richard, p. 24
Poulter, Thomas C., Prof. of Physics, pp. 2-7, 25
Singer, Fred, pp. 18
Turner, Harold A., Colonel, pp. 15-16
Vestive, E. H. “Harry”, pp. 18
Von Braun, Wernher, p .32The media can be accessed here: http://streaming.osu.edu/knowledgebank/byrd/oral_history/James_VanAllen.mp3Dr. Van Allen is a distinguished physicist and a leading researcher on interplanetary satellites. He is known for helping to organize the International Geophysical Year in 1957-58.
As a young student at Iowa Wesleyan University in 1931, Van Allen developed a strong interest in physics under the guidance of Thomas Poulter. Poulter was the chief scientist and second in command for the Second Byrd Expedition to Antarctica in 1933. As an undergraduate, Van Allen learned to make observations of the magnetic field of the Earth using a magnetometer, and was introduced to the science of geophysics, his lifelong passion. He also did original scientific work on the Perseid meteor shower of August 1932.
After graduating from the University of Iowa in 1939 with a Ph.D. in nuclear physics, he joined the Carnegie Institution as a Research Fellow, where he helped develop a radio proximity fuse for use in naval long-range anti-aircraft guns. He developed one of the basic features of the vacuum tube that was the heart of the fuse. In November 1942, he and two co-workers were commissioned as naval officers to go out to the fleet and accompany an initial shipment of these proximity fused projectiles. His personal responsibility was for the destroyers. Van Allen discovered that the success rate of the fuses was compromised by the early deterioration of the batteries, and was responsible for setting up re-battery depots on a wide scale in the Pacific. His navy career ended in May 1946.
Van Allen returned to the Applied Physics Lab as a civilian, and did considerable research on high altitude rockets, including captured German V-2 rockets. He oversaw development of the Aerobee, a high-altitude Navy rocket. This rocket has no active guidance system, and Van Allen and his team successfully made adjustments to insure that it would not deviate from its approved range at the White Sands Proving Ground. He also continued research on cosmic rays, atmospheric ozone, and high altitude photography.
On April 5, 1950, Van Allen invited several friends, all distinguished scientists, to his home for a dinner party at Silver Spring, Maryland. The group included Sydney Chapman, a British geophysicist, Lloyd Berkner, and Wallace Joyce. It was here that the very first plans were laid for what became the International Geophysical Year (IGY). The men agreed that the general assessment of geophysics was moving along so rapidly that it would be desirable to plan the IGY for 1957-58, on the 25th anniversary of the first Polar Year. As it happened, this was also a year of expected maximum solar activity.
The IGY was a non-governmental enterprise made up of independent scientific organizations. In the United States, the National Academy of Sciences was the principal society, and the National Science Foundation and the U.S. Navy provided the principal governmental support. Van Allen belonged to several committees of the IGY, and chaired the Working Group on Internal Instrumentation. He was responsible for soliciting and selecting the experiments which were to be conducted on the satellite itself. Polar exploration in both the Arctic and the Antarctic received an enormous stimulus from the IGY. Operation Deep Freeze, which established the Antarctic continent as a major area of scientific exploration, was a major consequence of the IGY. The Antarctic Treaty was another direct outcome of the IGY.
Van Allen made three polar expeditions for scientific purposes. In 1952, with the support of the Office of Naval Research he devised and successfully developed techniques for launching a rocket from a balloon at some 50,000 to 60,000 feet of altitude. The device, called a rockoon, which was launched in 1953 from the Coast Guard cutter Eastwind, reached altitudes of 250,000 feet. It made valuable discoveries in the Arctic region, including cosmic ray measurements, and the discovery of the auroral soft radiation zone. Similar experiments were later conducted along the equator and in Antarctica.
At the University of Iowa, Van Allen, working with colleagues and in close touch with his friend Wernher van Braun, of the Army Ballistic Missile Agency in Huntsville, Alabama, developed the scientific payload for Explorer I, the first successful American satellite. The flight was a great success, and resulted in the discovery of the radiation belts of the Earth, later named the Van Allen belt. He was the co-discoverer of the radiation belts of the planets Jupiter and Saturn.
Van Allen commented as to how much his research field has changed over the years. For example, he and others worked for years in the early 1950’s using balloon launched rockets (rockoons) to complete a very good latitude survey in both the Arctic and Antarctic regions. Today, using polar satellites, the same mapping can be done in 45 minutes. He never personally returned to the Polar regions.
Since 1958 Van Allen’s entire career has been in satellite and spacecraft observations. He had instruments aboard Mariner II to Venus in 1962, Mariner IV to Mars in 1964, Mariner V to Venus in 1965, and the first missions to Jupiter and Saturn on Pioneer 10 and 11. He has also kept very busy with research, and continues to train graduate students. As recognition of his long, productive career, Van Allen has been awarded the Nansen Medal for his contributions to Arctic geophysics, radiation belt physics, and the exploration of the aurora by rockets and satellites.
Major Topics
Van Allen’s long career in polar and inter-planetary astro-physics
International Geophysical Year (IGY)
Development of balloon launched rockets (rockoons)
Research on radiation belt physics and exploration of the aurora
Contributions of satellites in global and interplanetary research
The Van Allen radiation beltsFunded by a grant from the National Science Foundation
Engraved portrait of James Nayler (1618–1660)
No full textEngraved portrait of James Nayler (1618-1660) by Robert Grave (1768-1825). Inscribed, 'Born at Ardesloe, near Wakefield, in Yorkshire. Was an Independent and served Quarter Master in ye Parliament Army, about the Year 1641. turn'd Quaker in 1651. Punish'd as a Blasphemer 1656. Author of many Books & Dyed at Holm in Huntingtonshire 1660. Aged 44.
Investigation Into Nutritional Assay
No full text(Statement of Responsibility) by James Shoemaker(Thesis) Thesis (B.A.) -- New College of Florida, 1974(Electronic Access) RESTRICTED TO NCF STUDENTS, STAFF, FACULTY, AND ON-CAMPUS USE(Bibliography) Includes bibliographical references.(Source of Description) This bibliographic record is available under the Creative Commons CC0 public domain dedication. The New College of Florida, as creator of this bibliographic record, has waived all rights to it worldwide under copyright law, including all related and neighboring rights, to the extent allowed by law.(Local) Faculty Sponsor: Culbertson, Jo
The traveller: or, Meditations on various subjects, written on board a man of war; to which is added, Converse with the world unseen.
No full textShaw-Shoemaker 35243.The life of the author is by James Peddie.Mode of access: Internet
Polyphony and the anxiety of influence in the fiction of Henry James
No full textJames's fiction, especially in the Middle Phase, centres
on the figure of the artist and is characterized by, the two
interrelated aspects which previous criticism has largely
overlooked: the Bakhtinian 'polyphonic' -creation of
'author-thinkers'; and the conflict between ephebes and
precursors, for which Harold-Bloom's concept of 'the-anxiety of
influence' is the most illuminating model. Polyphony is the
narrative mode, and influence is the intra-artistic, theme.
These, as the Introduction to the thesis makes clear, are
rehearsed in James's inaugural novel, Roderick Hudson. Rowland
Mallet is an author-thinker, and his failure is caused by
authorial limitations. His monologism -is impaired by his
mistaking empathy for the authorial sympathy. Likewise,
Hudson's failure does not arise from a mercurial temperament,
but from a polyphonic shortcoming: not possessing the power of
fiction to contain the fiction of power in, his mentor. And the
relationships among the three artists - Gloriani, Hudson and
Singleton - perfectly exemplify the Bloomian-theme. It is these
two concepts, polyphony and influence, which are the major
preoccupation in the Middle Phase; as, the works chosen
demonstrate. These are a novella, a novel, and a number of
short stories all of which have been unjustifiably neglected.
Chapter One, on The Aspern Papers, argues that Tina Bordereau,
far from being, the artless victim seen by many critics,
actually challenges and defeats the narrator by the very form
of her narrative. Her 'realist' discourse undermines his
language of 'romance', and shows up its internal unstability.
Chapter Two is an extensive study of the critical reception of
The Tragic Muse. The most common areas of critical attention
have been its contemporary topicality, its relation to previous
novels on similar themes, and the possible genealogy of Gabriel
Nash. Those have all missed the core of the work. - Chapter Three
demonstrates how polyphony and the anxiety of influence make
the novel what it really is. Influence arises from the
juxtaposition of, and the wrestling between, artistic ephebes
and their precursors (Nick and Nash,, Miriam and Madame Carre).
The dialogic quality defined by Bakhtin is crucial to the
proper, and even-handed, characterization of all, the conflicts
in the novel. And since most of James's tales in the eighties
and nineties -are about 'masters - and acolytes, the anxiety of
influence remains central. Chapter Four is a study of 'The
Author of Beltraffiol' and 'The Lesson of the Master'. Again the
characters' manipulations are a crucial focus in a way that
G6rard Genette's terminology helps to illuminate. The fact that
the ephebe is the author-thinker emphasizes the inextricability
of the Bakhtinian and the Bloomian in James. Just as
polyphony offers a different focus for explicating the poetics
of James's fiction; so the ephebal conflict provides the basis
for a fresh perception of James's own artistic struggle
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