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1)fissile material production reactor,Ò×Áѱä²ÄÁÏÉú²ú¶Ñ

2)fissile material production reactor,Áѱä²ÄÁÏÉú²ú¶Ñ

3)fissile fuel producer,Ò×ÁѱäȼÁÏÉú²ú¶Ñ

4)fissile materials,Ò×Áѱä²ÄÁÏ

5)fissile material measurement,Ò×Áѱä²ÄÁϲâÁ¿

6)non-fissile material,·ÇÒ×Áѱä²ÄÁÏ£¬²»Ò×Áѱä²ÄÁÏ

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Nuclear criticality safety for fissile materials outside reactor--Requirements for nuclear criticality safety in the storage of fissile material

GB15146.3-1994·´Ó¦¶ÑÍâÒ×Áѱä²ÄÁϵĺËÁٽ簲ȫÒ×Áѱä²ÄÁÏÖü´æµÄºËÁٽ簲ȫҪÇó

Nuclear criticality safety for fissile materials outside reactors--Administrative regulation for nuclear criticality safety

GB15146.1-1994·´Ó¦¶ÑÍâÒ×Áѱä²ÄÁϵĺËÁٽ簲ȫºËÁٽ簲ȫÐÐÕþ¹ÜÀí¹æ¶¨

Nuclear criticality safety for fissile materials outside reactors--Safety controls in conducting subcritical neutron multiplication measurements in situ

GB15146.7-1994·´Ó¦¶ÑÍâÒ×Áѱä²ÄÁϵĺËÁٽ簲ȫ´ÎÁÙ½çÖÐ×ÓÔöÖ³¾ÍµØ²âÁ¿°²È«¹æ¶¨

Fissionable material used in a nuclear reactor.

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Prohibition of the production of fissionable material for weapons purposes

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THE STRESS AND DEFORMATION OF bridge BAR OF QUASI-BRITTLE MATERIAL CRACK

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Phase transition and abnormal spallation in pure iron

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To add nonfissionable matter to(fissionable material)so as to prevent use in an atomic weapon.

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make brittle or opaque; of glassy materials.

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Study on the High-temperature Creep Behavior and the Estimation of Creep Crack Parameter C¡«* of Cracks in Bi-material CT Specimen;

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Standard test method for plane-strain fracture toughness of metallic materials

GB/T4161-1984½ðÊô²ÄÁÏƽÃæÓ¦±ä¶ÏÁÑÈͶÈKicÊÔÑé·½·¨

A convention banning production of fissile materials for nuclear weapons has been

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Deformation and Fracture Behavior of Metallic Glasses and Their Composites;

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Complex Variables Method for Several Classes of Anti-plane Crack Problems of Piezoelectric Materials;

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Research on Rheological Fracture and Damage of Polymethyl Methacrylate;

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Research on the Dynamic Fracture Characteristics of 40Cr and 30CrMnSiNi2A Material under High Strain Rate;

40CrºÍ30CrMnSiNi2A²ÄÁϸßÓ¦±äÂʶ¯Ì¬ÆðÁÑÌØÐÔµÄÑо¿

Study on application of phase change and energy storage material to anti-crack float work mortar

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STUDY OF CHARACTERISTICS OF MODE ¢ò PROPAGATION CRACK TIP FIELD IN CREEPING MATERIALS WITH HARDENING EFFECT

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