资源库

石油和天然气

主页/ 资源库/ 石油和天然气

Alloys

Automated QC / PMI Analyzer - For Fast, 100% Testing of Tubes

Detection of Accelerated Corrosion with Handheld X-ray Fluorescence

Handheld XRF for FAC Corrosion Prediction by Cr in Carbon Steel

Handheld XRF for Light Elements Phosphorus (P) in Steel

PMI Inspection and Material Verification for Hot, In-Service Testing

TOFD for Weld Root Corrosion and Erosion

Videoscope Inspection Using Ultraviolet Dye Penetrant

双晶矩阵探头，可用于对大直径耐腐蚀合金堆焊管线的异种材料环焊缝进行超声检测

手持式XRF技术的最新发展如何提高了在工厂内进行的合金材料成分辨别（PMI）的水平

管材应力腐蚀裂纹检测

自动合金分拣：不锈钢和特种合金

铝

Laterally Focused Arrays-Improved Defect Length Sizing

Videoscope Inspection Using Ultraviolet Dye Penetrant

手持式XRF技术的最新发展如何提高了在工厂内进行的合金材料成分辨别（PMI）的水平

管材应力腐蚀裂纹检测

衍射时差技术（TOFD）的介绍

铸件

Videoscope Inspection Using Ultraviolet Dye Penetrant

手持式XRF技术的最新发展如何提高了在工厂内进行的合金材料成分辨别（PMI）的水平

陶器

Videoscope Inspection Using Ultraviolet Dye Penetrant

铁

Videoscope Inspection Using Ultraviolet Dye Penetrant

管材应力腐蚀裂纹检测

金属

Automated QC / PMI Analyzer - For Fast, 100% Testing of Tubes

Laterally Focused Arrays-Improved Defect Length Sizing

Oil Well Down Hole Drilling Tool Inspection

Phased Array Pipeline Zone Discrimination Inspection

PMI Inspection and Material Verification for Hot, In-Service Testing

TOFD for Weld Root Corrosion and Erosion

TOFD Parallel Scanning

Using Eddy Current to Characterize Hard Spots (Localized Hardening) in Carbon Steel Pipes

Videoscope Inspection Using Ultraviolet Dye Penetrant

双晶矩阵探头，可用于对大直径耐腐蚀合金堆焊管线的异种材料环焊缝进行超声检测

定量管道焊缝中的缺陷：我们究竟可以完成到什么程度？

对奥氏体钢焊缝进行自动超声检测需遵循的指导原则

对氢致裂纹（HIC）的探测

手持式XRF技术的最新发展如何提高了在工厂内进行的合金材料成分辨别（PMI）的水平

管材应力腐蚀裂纹检测

缝隙腐蚀检测法兰的密封面

衍射时差技术（TOFD）的介绍

Ores

Field Portable XRD and XRF for Shale Gas Drilling Efficiency

Videoscope Inspection Using Ultraviolet Dye Penetrant

其它材料

Field Portable XRD and XRF for Shale Gas Drilling Efficiency

Videoscope Inspection Using Ultraviolet Dye Penetrant

对高密度聚乙烯（HDPE）管道的对接融合接头进行超声衍射时差（TOFD）检测

塑料

Videoscope Inspection Using Ultraviolet Dye Penetrant

对高密度聚乙烯（HDPE）管道的对接融合接头进行超声衍射时差（TOFD）检测

钢

Detection of Accelerated Corrosion with Handheld X-ray Fluorescence

Handheld XRF for FAC Corrosion Prediction by Cr in Carbon Steel

Handheld XRF for Light Elements Phosphorus (P) in Steel

In Service Inspection of ERW Welds using PA Angle Beam / WeldROVER Scanner

Laterally Focused Arrays-Improved Defect Length Sizing

Phased Array Pipeline Zone Discrimination Inspection

TOFD for Weld Root Corrosion and Erosion

TOFD Parallel Scanning

Ultrasonic Detection of Manufacturing Artifacts in New Pipe

Videoscope Inspection Using Ultraviolet Dye Penetrant

双晶矩阵探头，可用于对大直径耐腐蚀合金堆焊管线的异种材料环焊缝进行超声检测

对奥氏体钢焊缝进行自动超声检测需遵循的指导原则

对氢致裂纹（HIC）的探测

手持式XRF技术的最新发展如何提高了在工厂内进行的合金材料成分辨别（PMI）的水平

管材应力腐蚀裂纹检测

自动合金分拣：不锈钢和特种合金

衍射时差技术（TOFD）的介绍

钛

Videoscope Inspection Using Ultraviolet Dye Penetrant

手持式XRF技术的最新发展如何提高了在工厂内进行的合金材料成分辨别（PMI）的水平

Sorry, this page is not available in your country

Let us know what you're looking for by filling out the form below.

Contact Us

Subscribe to the Evident email

Sorry, this page is not available in your country