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95. Howe L., Tomas W. Effect of Neutron irradiation |
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104.Jung-Konig W. е. a. Untersuchung des Einflusses der Neutronenbestrah-
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Program.— USAEC Re |
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106. |
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Zirconium |
Alloy |
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107. |
1964. |
H. e. a. Specific |
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1967. |
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108.Klepfer H., Douglass D. Factor limiting the use of Zirconium alloys in superheated steam.— ASTM STP 376, 1968, p. 118.
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87. |
Structure of cold-rolled |
Zircaloy-2 as |
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Lalit |
K., |
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X-ray diffraction and |
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Langford |
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Zirconium Alloys Under |
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Zircaloy-2.— Procee |
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126. Mombray D. F. The Effects of 1 % Superimposed Mean |
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128.Nichols R. e. a. SGITWR and other heavy water reactors.— Proceeding Conference on Steam Generating and other Heavy Water Reactors, Lond.,
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134.O’Donnel W. J., Langer B. F. Fatigue Design Basis for Zircaloy Compo
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HW-75267, UC-25, 1962. |
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Propagation in |
Zr — 2.5% Nb |
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Propagation in |
Zr — 2.5% Nb |
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1966. |
Irradiation on the Tensile Properties |
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143. Parry |
G. The effect of Fast |
neutron |
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|
of |
Specimens |
from |
Cold-Worked |
Zd.— 2.5%Nb |
pressure |
Tubes.— |
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144. |
AECL-2625, 1966. |
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Design.— «Weld. J.», 1971, |
v. 50, |
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Pellini |
W. S. Fracture-Safe |
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145. Pellini W. S. Ibid., p. 147. |
Zircaloy-2 stainless steel |
difusion |
bonds.— |
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146. |
Perona |
G. e. a. |
Study |
of |
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148. |
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1971. |
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149. |
Power |
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155.Rubel H. e. a. Wasserstoffaufnahme und Wasserstoffversprodung Von Zir
156. |
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1045. |
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166