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1.5" Valves - Air - Oil Water Service for 250 Cu.Ft. Medium-Pressure Air Co

Blueprint depicting technical details of Battleship Texas.
Date: April 29, 1942
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.5" Water & Air Valves for 250 Cu.Ft. Medium-Pressure Air Compressor

Blueprint depicting technical details of Battleship Texas.
Date: April 29, 1942
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.25" Angle Surface Blow Valve for US Navy - Details

Blueprint depicting technical details of Battleship Texas.
Date: unknown
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.25" Cast Steel Oil Pressure Regulating Valve Globe Type Flanged Ends Capacity 9000# Per Hour

Blueprint depicting technical details of Battleship Texas.
Date: August 26, 1942
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.25" heavy pressure valve cast steel

Blueprint depicting technical details of Battleship Texas.
Date: December 12, 1913
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.25" light and heavy pressure valve

Blueprint depicting technical details of Battleship Texas.
Date: June 14, 1912
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.25" light and heavy pressure valve

Blueprint depicting technical details of Battleship Texas.
Date: June 14, 1912
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.375" High Pressure Air Cylinder For 6" Torpedo Charger

Blueprint depicting technical details of Battleship Texas.
Date: June 25, 1910
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1.375" High Pressure Piston For 6" Stroke 30 Cu Ft, 2500LB, Torpedo Charger

Blueprint depicting technical details of Battleship Texas.
Date: July 7, 1910
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1" Composition & Cast Steel Swing Check Valve High Pressure Standard Pressure 101 - 300 Lbs.

Blueprint depicting technical details of Battleship Texas.
Date: January 16, 1926
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1" heavy pressure valve cast steel

Blueprint depicting technical details of Battleship Texas.
Date: December 12, 1913
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1" Indicator Cock; 1" 3-Way Indicator Cock

Blueprint depicting technical details of Battleship Texas.
Date: November 19, 1913
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

[1 Italian Lira]

Bill worth one Italian lira from 1943. The front has a decorative blue border with the words "Allied Military Currency;" text in the center of the bill says "Issued in Italy, 1 Lira" and "series 1943." The back of the bill has a complex design in blue with the words "Allied Military Currency" at the center. In the corners of the design are the phrases "freedom of speech," "freedom of religion," "freedom from want," and "freedom from fear."
Date: 1943
Creator: unknown
Object Type: Physical Object
System: The Portal to Texas History

[1 Italian Lira]

Bill worth one Italian lira from 1943. The front has a decorative blue border with the words "Allied Military Currency;" text in the center of the bill says "Issued in Italy, 1 Lira" and "series 1943." The back of the bill has a complex design in blue with the words "Allied Military Currency" at the center. In the corners of the design are the phrases "freedom of speech," "freedom of religion," "freedom from want," and "freedom from fear."
Date: 1943
Creator: unknown
Object Type: Physical Object
System: The Portal to Texas History

[1 Italian Lira]

Bill worth one Italian lira from 1943. The front has a decorative blue border with the words "Allied Military Currency;" text in the center of the bill says "Issued in Italy, 1 Lira" and "series 1943." The back of the bill has a complex design in blue with the words "Allied Military Currency" at the center. In the corners of the design are the phrases "freedom of speech," "freedom of religion," "freedom from want," and "freedom from fear."
Date: 1943
Creator: unknown
Object Type: Physical Object
System: The Portal to Texas History

1" light and heavy pressure valve

Blueprint depicting technical details of Battleship Texas.
Date: May 4, 1912
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1" light and heavy pressure valve

Blueprint depicting technical details of Battleship Texas.
Date: May 4, 1912
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1" Macomb Strainer for Oil Pump

Blueprint depicting technical details of Battleship Texas.
Date: October 24, 1913
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History
1: Mass asymmetric fission barriers for {sup 98}Mo; 2: Synthesis and characterization of actinide-specific chelating agents (open access)

1: Mass asymmetric fission barriers for {sup 98}Mo; 2: Synthesis and characterization of actinide-specific chelating agents

Excitation functions have been measured for complex fragment emission from the compound nucleus {sup 98}Mo, produced by the reaction of {sup 86}Kr with {sup 12}C. Mass asymmetric fission barriers have been obtained by fitting the excitation functions with a transition state formalism. The extracted barriers are {approximately} 5.7 MeV higher, on average, than the calculations of the Rotating Finite Range Model (RFRM). These data clearly show an isospin dependence of the conditional barriers when compared with the extracted barriers from {sup 90}Mo and {sup 94}Mo. Eleven different liquid/liquid extractants were synthesized based upon the chelating moieties 3,2-HOPO and 3,4-HOPO; additionally, two liquid/liquid extractants based upon the 1,2-HOPO chelating moiety were obtained for extraction studies. The Pu(IV) extractions, quite surprisingly, yielded results that were very different from the Fe(III) extractions. The first trend remained the same: the 1,2-HOPOs were the best extractants, followed closely by the 3,2-HOPOs, followed by the 3,4-HOPOs; but in these Pu(IV) extractions the 3,4-HOPOs performed much better than in the Fe(III) extractions. 129 refs.
Date: August 1, 1996
Creator: Veeck, A. C.
Object Type: Report
System: The UNT Digital Library
1. Mono((8)annulene)Uranium(4) half-sandwich complexes, 2. Novel syntheses of symmetrically substituted cyclooctatetetraenes (open access)

1. Mono((8)annulene)Uranium(4) half-sandwich complexes, 2. Novel syntheses of symmetrically substituted cyclooctatetetraenes

A reproducible, high-yield synthesis of mono((8)annulene)uranium(4)dichloride (1) is reported, along with the X-ray crystal structural of the bis(pyridine) adduct. Metathesis reactions of the half-sandwich complex 1 with a variety of simple alkyl and alkoxy reagents failed to generate any isolable mono-ring complexes. Reactions of 1 with polydentate, delocalized anions did produce stable derivatives, including mono((8)annulene)uranium(4)bis(acetylacetonate) (4). An X-ray crystal structure of 4 is reported.
Date: October 1, 1991
Creator: Boussie, T. R.
Object Type: Report
System: The UNT Digital Library
1. Mono([8]annulene)Uranium(4) half-sandwich complexes, 2. Novel syntheses of symmetrically substituted cyclooctatetetraenes (open access)

1. Mono([8]annulene)Uranium(4) half-sandwich complexes, 2. Novel syntheses of symmetrically substituted cyclooctatetetraenes

A reproducible, high-yield synthesis of mono([8]annulene)uranium(4)dichloride (1) is reported, along with the X-ray crystal structural of the bis(pyridine) adduct. Metathesis reactions of the half-sandwich complex 1 with a variety of simple alkyl and alkoxy reagents failed to generate any isolable mono-ring complexes. Reactions of 1 with polydentate, delocalized anions did produce stable derivatives, including mono([8]annulene)uranium(4)bis(acetylacetonate) (4). An X-ray crystal structure of 4 is reported.
Date: October 1, 1991
Creator: Boussie, T. R.
Object Type: Thesis or Dissertation
System: The UNT Digital Library
S-1 project. Volume II. Hardware. 1979 annual report (open access)

S-1 project. Volume II. Hardware. 1979 annual report

This volume includes highlights of the design of the Mark IIA uniprocessor (SMI-2), and the SCALD II user's manual. SCALD (structured computer-aided logic design system) cuts the cost and time required to design logic by letting the logic designer express ideas as naturally as possible, and by eliminating as many errors as possible - through consistency checking, simulation, and timing verification - before the hardware is built. (GHT)
Date: January 1, 1979
Creator: unknown
Object Type: Report
System: The UNT Digital Library

1" Standard Drain Cock 300 Lbs. Pressure [Boiler]

Blueprint depicting technical details of Battleship Texas.
Date: July 3, 1930
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History

1" Standard High Pressure Valve Cast Steel Pressure 0 - 300 Lbs.

Blueprint depicting technical details of Battleship Texas.
Date: October 12, 1923
Creator: unknown
Object Type: Technical Drawing
System: The Portal to Texas History