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1. Harris & Ewing Bureau of Standards breaks up plates for a reason. Washington, D.C., May 23. Just about everything manufactured in this country is made the subject of tests in the Bureau of Standards here. Even the dinner plates used in restaurants go through a series of tests in order that the government may known just how long it can expect them to last in usage. R.F. Galler, Chief of the White Wear section, is here operating an impact machine to determine the amount of force necessary to cause those germ-concealing chips in a plate. Previous in this test, the plate is ground with porcelain to find out how long a plate may be handled before it loses its gleam, and samples are heated to find out how much heat is necessary to cause cracks to appear in the glazing [19]39 May 23

 BIBFRAME Instances
 Instance 20255760
2. United States. Office of Scientific Research and Development. National Defense Research Committee. The influence of impact velocity on the tensile properties of plain carbon steels and of a cast steel armor plate. (Report No. A-154.) [United States]: [Office of Scientific Research and Development, National Defense Research Committee, Division 2-Effects of Impact and Explosion]; 03-1943

 BIBFRAME Instances
 Instance 21777106
3. United States. Office of Scientific Research and Development. National Defense Research Committee. The influence of impact velocity on the tensile properties of three types of ship plate, medium steel, high-tensile steel and special-treatment steel. (Report No. A-261.) [United States]: [Office of Scientific Research and Development, National Defense Research Committee, Division 2-Effects of Impact and Explosion]; 03-1944

 BIBFRAME Instances
 Instance 21777110
4. United States. Office of Scientific Research and Development. National Defense Research Committee. The influence of impact velocity on the tensile properties of Class B armor plate, heat-treated alloy steels and stainless steel. (Report No. A-195.) [United States]: [Office of Scientific Research and Development, National Defense Research Committee, Division 2-Effects of Impact and Explosion]; 07-1943

 BIBFRAME Instances
 Instance 21777108
5. This dynamic planet, world map of volcanoes, earthquakes, impact craters, and plate tectonics

 BIBFRAME Works
 Work
Cartography
Monograph		 16429045
6. United States. Office of Scientific Research and Development. National Defense Research Committee. The influence of impact velocity on the tensile properties of plain carbon steels and of a cast steel armor plate. (Division 2. Report No. A-154.)

 BIBFRAME Instances
 Instance 21756008
7. United States. Office of Scientific Research and Development. National Defense Research Committee. The influence of impact velocity on the tensile properties of three types of ship plate: MS, HTS and STS. (Division 2. Report No. A-261.)

 BIBFRAME Instances
 Instance 21756016
8. Ribeiro, António, prof Soft plate and impact tectonics Berlin; New York: Springer; c2002

 BIBFRAME Instances
 Instance 12880136
9. Simkin, Tom This dynamic planet, world map of volcanoes, earthquakes, impact craters, and plate tectonics Reston, VA: Dept. of the Interior, U.S. Geological Survey, (Printed in the USA by the Pikes Peak Lithographing Co.); 2006

 BIBFRAME Instances
 Instance 16429045
10. United States. Office of Scientific Research and Development. National Defense Research Committee. The influence of impact velocity on the tensile properties of Class B armor plate, heat-treated alloy steels and stainless steel. (Division 2. Report No. A-195.)

 BIBFRAME Instances
 Instance 21756011
11. Harris & Ewing Bureau of Standards breaks up plates for a reason. Washington, D.C., May 23. Just about everything manufactured in this country is made the subject of tests in the Bureau of Standards here. Even the dinner plates used in restaurants go through a series of tests in order that the government may known just how long it can expect them to last in usage. R.F. Galler, Chief of the White Wear section, is here operating an impact machine to determine the amount of force necessary to cause those germ-concealing chips in a plate. Previous in this test, the plate is ground with porcelain to find out how long a plate may be handled before it loses its gleam, and samples are heated to find out how much heat is necessary to cause cracks to appear in the glazing

 BIBFRAME Works
 Work
StillImage
Collection		 20255760
12. United States. Office of Scientific Research and Development. National Defense Research Committee. Distortion of an armor plate steel under simple compressive stress to high strains. (Report No. A-235.) [United States]: [Office of Scientific Research and Development, National Defense Research Committee, Division 2-Effects of Impact and Explosion]; 12-1943

 BIBFRAME Instances
 Instance 21777091
13. United States. Office of Scientific Research and Development. National Defense Research Committee. The stress waves produced in a plate by a plane pressure pulse. (Report No. A-245.) [United States]: [Office of Scientific Research and Development, National Defense Research Committee, Division 2-Effects of Impact and Explosion]; 02-1944

 BIBFRAME Instances
 Instance 21777127
14. United States. Office of Scientific Research and Development. National Defense Research Committee. Ballistic tests of special-treatment steel armor plate, using 37-mm projectiles. (Report No. A-156.) [United States]: [Office of Scientific Research and Development, National Defense Research Committee, Division 2-Effects of Impact and Explosion]; 03-1943

 BIBFRAME Instances
 Instance 21777003
15. Ribeiro, António, prof Soft plate and impact tectonics

 BIBFRAME Works
 Work
Text
Monograph		 12880136
16. The influence of impact velocity on the tensile properties of Class B armor plate, heat-treated alloy steels and stainless steel. (Division 2. Report No. A-195.)

 BIBFRAME Works
 Work
Text
Monograph		 21756011
17. The influence of impact velocity on the tensile properties of plain carbon steels and of a cast steel armor plate. (Report No. A-154.)

 BIBFRAME Works
 Work
Text
Monograph
Multimedia		 21777106
18. The influence of impact velocity on the tensile properties of three types of ship plate, medium steel, high-tensile steel and special-treatment steel. (Report No. A-261.)

 BIBFRAME Works
 Work
Text
Monograph
Multimedia		 21777110
19. The influence of impact velocity on the tensile properties of plain carbon steels and of a cast steel armor plate. (Division 2. Report No. A-154.)

 BIBFRAME Works
 Work
Text
Monograph		 21756008
20. The influence of impact velocity on the tensile properties of Class B armor plate, heat-treated alloy steels and stainless steel. (Report No. A-195.)

 BIBFRAME Works
 Work
Text
Monograph
Multimedia		 21777108


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