首页> 外国专利> METHOD AND DIAGRAM OF DEVICE FOR RADIOGRAPHIC CONTROL OF MACROSTRUCTURE OF AXIALLY SYMMETRIC ANNULAR WELDED JOINTS OF WELDED TUBULAR ELEMENTS

METHOD AND DIAGRAM OF DEVICE FOR RADIOGRAPHIC CONTROL OF MACROSTRUCTURE OF AXIALLY SYMMETRIC ANNULAR WELDED JOINTS OF WELDED TUBULAR ELEMENTS

机译:轴对称圆管形焊接元件的宏观结构的射线照相控制的方法和装置图

摘要

FIELD: radiography.;SUBSTANCE: use: for radiographic control of macrostructure of axially symmetric annular welded joints of welded tubular elements. Summary of invention consists in the fact that radiographic, as well as registration γ-radiation, having information on the macrostructure of the monitored object, an X-ray film in the light-protective cartridge, contact-resistant to the end surface of the welded tubular member, is made from deeper and equidistant relative to external annular welded joint of certain point of its inner cavity fan system radially oriented relative to welded joint in polar coordinate system of rotary-scanning pyramid-slotted bundles γ-radiation, part of which adaptively compensates for the weakening caused by the exponential law (I = I0 e-μx) imbalance of levels of detected penetrating flows γ-radiation during passage of barrier of variable thickness, proportional to the formalized analytical law of variation of the radiation thicknesses of the welded joint depending on the angular parameter in the polar coordinate system in a given form.;EFFECT: technical result is improved reliability of detection of defects detected by film detector in radiographic method of control of macrostructure of axially symmetric annular welded joints of welded tubular elements.;2 cl, 8 dwg
机译:领域:射线照相;物质:用途:用于对管状管状元件的轴对称环形焊接接头的宏观结构进行射线照相控制。发明内容在于以下事实:射线照相以及对准γ射线具有关于被监视物体的宏观结构的信息,光屏蔽盒中的X射线膜,与被焊接的端面抗接触。管状构件,是由内腔风扇系统某点的相对于外部环形焊接接头更深,等距的,径向旋转的金字塔形缝隙束γ辐射的极坐标系中的相对于焊接接头径向构成的,其一部分自适应地制成补偿了由指数定律(I = I 0 e -μx)引起的减弱,该变化是在厚度可变的屏障通过过程中检测到的穿透流γ辐射水平不平衡的,与给定形式取决于极坐标系中角度参数的焊接接头辐射厚度变化的形式化分析定律成正比。效果:提高了技术结果的可靠性射线照相法控制焊接管状元件轴向对称环形焊接接头宏观结构的射线照相方法检测薄膜检测器检测到的缺陷的能力; 2 cl,8 dwg

著录项

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号