公布2017遠(yuǎn)東論壇學(xué)術(shù)報(bào)告報(bào)名（第一批：第1-第30場(chǎng)）

“2017遠(yuǎn)東無(wú)損檢測(cè)新技術(shù)論壇”學(xué)術(shù)報(bào)告報(bào)名公告

（第一批：第1場(chǎng)至第30場(chǎng)）

自即日起分批公布已收到的2017遠(yuǎn)東無(wú)損檢測(cè)新技術(shù)論壇學(xué)術(shù)報(bào)告報(bào)名，現(xiàn)將第一批1-30場(chǎng)學(xué)術(shù)報(bào)告的題目、報(bào)告人和所代表單位公布如下：

1、報(bào)告題目：工業(yè)數(shù)字射線檢測(cè)的發(fā)展趨勢(shì)——從納米尺度到宏觀（大會(huì)報(bào)告）

Title of the report:Current Trends in Digital Industrial Radiography -From Nano to Macro Scale-（Plenary Lecture）

報(bào)告人：烏韋伊維特博士

Reporter:Dr. Uwe Ewert

單位：德國(guó)材料研究院

Unit：BAM

摘要Abstract:

Similar to the successstory of digital photography a major upheaval has been observed in digitalindustrial radiology. Digital Detector Arrays enable an extraordinary increaseof contrast sensitivity in comparison to film radiography. Computed radiography(CR) with phosphor imaging plates replaces film applications. New concepts forComputed Tomography (CT) application paved the way for implementing of CT unitsin industrial serial part inspection for flaw detection and dimensionalmeasurements.

Keywords: Digital radiography, computed tomography, laminography, dimensionalmeasurements

2、報(bào)告題目：電磁相機(jī)——第四代ECT的開(kāi)端（大會(huì)報(bào)告）

Title of the report:Magnetic Camera, the Beginning of 4th Generation ECT（Plenary Lecture）

報(bào)告人：李金逸博士

Reporter:Prof. Dr. Jinyi Lee

單位：韓國(guó)朝鮮大學(xué)

Unit：ChosunUniversity, Korea

3、報(bào)告題目：德國(guó)核電站老化管理系統(tǒng)（核電專場(chǎng)）

Title of the report:Ageing Management System for German Nuclear Power Plants（Special Nuclear Power）

報(bào)告人：安東艾哈德博士

Reporter:Dr. Anton Erhard

單位：德國(guó)無(wú)損檢測(cè)協(xié)會(huì)

Unit：German Society for Non-Destructive Testing (DGZfP)

摘要Abstract：

The German Reactor SafetyCommission (RSK) considers that a systematic ageing management for nuclearpower plants is necessary, against the backdrop of the decision of the GermanGovernment in September 2010 about the life time extension of the Germannuclear power plants. This decission was made a few months before the Fukushimaaccident. According to the Fukushima accident, this decision was annulated andthe the phase-out of nuclear power for Germany was decided. Independent on thisdifficult decision for the German nuclear industry, the establishment of asafety standard for ageing management system was continued.

The presentation isfocused on the ageing of mechanical components and the requirements for thesecomponents described in the KTA 1403 safety standard. KTA is the German NuclearSafety Standards Commission which is responsible for the safety standards. Duethe fact that the ageing management is close related to the materialdegradation and thus on the integrity of the components, also modernnon-destructive testing techniques (NDT) must be available for the inspectionof these components. Therefore, some of possible NDT methods are presented inthe present contribution. The NDT methods are selected under the considerationof leak before break criteria on axial defects in pipes. Regarding thesedifferent needed interdisciplinary faculties, theguarantee for a functional ageing management is the task of upper plantmanagement.

4、報(bào)告題目：用孔徑聚焦反褶積模擬的背散射成像（數(shù)字射線專場(chǎng)）

Title of the report:Back Scatter Imaging – Simulation of Aperture Focusing by Deconvolution（Special Digital Radiography）

報(bào)告人：格爾德羅杰耶尼施博士

Reporter:Dr. Gerd-Rüdiger JAENISCH

單位：德國(guó)材料研究院

Unit：BAM

摘要Abstract:

X-ray backscatter imagingis a well-established NDT technique to inspect complex objects using only asingle-sided access. We present a specially designed multi-slit scatter cameraconsisting of several twisted slits which are parallelly arranged in a metalblock. The camera projects one image per slit to the digital detector array,where the images are overlaying each other. The aperture is corrected based ona de-convolution algorithm to focus the overlaying projections into a singlerepresentation of the object. In order to achieve high backscatter intensitiesfrom an object, it is necessary to optimize the parameters of the backscattersystem by simulation.

Keywords:back scatter imaging, computer simulation, aperture focusing, deconvolution

5、報(bào)告題目：核電站材料的衰老和退化特征的無(wú)損檢測(cè)（核電專場(chǎng)）

Title of the report:NDT for characterizing Ageing and Degradation of Nuclear Power Plant Materials– Fatigue and Irradiation（SpecialNuclear Power）

報(bào)告人：格爾德道博曼教授

Reporter:Prof. Gerd Dobmann

單位：德國(guó)無(wú)損檢測(cè)與質(zhì)量保證協(xié)會(huì)

Unit：Expert in Non-Destructive Testing (NDT) andNuclear Energy Safety and Reliability by NDT-Use

摘要Abstract:

Following the designrules and considering the safety factors, the lifetime of nuclear power plants(NPP), worldwide is expected to be in the range of 40 years. Obviously, withinsuch a lifespan the components and systems under heavy mechanical (static anddynamic pressure, vibration), thermic and irradiation loads, suffer ageingphenomena which are Thermal Ageing, Corrosion, Low Cycle Fatigue (LCF), HighCycle Fatigue(HCF), Very high Cycle Fatigue (VHCF) and Irradiation Damage dueto neutrons – and the possible synergy of the phenomena together. However, theelectrical power producing utilities as operators of the NPP, perform a‘predictive maintenance’, also called ‘retrofitting’, by timely performing thereplacement of especially stressed components. Examples for these replacementprocedures are the change of heat-exchangers and parts of the main coolingpipes, like hot knees near heat-exchangers or components of the surge-line in pressurized-waterNPP. As the components, which are replaced, always are manufactured accordingthe newest technical state of the art, the retrofitting enhances inherentlyalso the safety standard. In Germany, where due to the ‘Atomic Law’, the safetyof the plants is asked for, this law – beside economic reasons of a highertechnical availability – is the driver for replacement. The IAAEA hatintroduced [1] safety standards for Ageing Management and according thesedocuments, worldwide most of the atomic energy producing countries have adoptedtheir national guidelines, newly introducing mainly fatigue conditionmonitoring.

In Germany, beginningvery early in 1978, in the so-called ‘Nuclear Safety Research Program, R&Dwas initialized to develop NDT procedures for ‘Materials Characterization’ aspreventive procedures, detecting the degradation of materials in terms ofchanges in the mechanical-technological properties, like strengtheningproperties as Yield- or Tensile-strength, or hardness- and toughness-changes.

The proposed paperdiscusses, on one hand, the application of the 3MA-strategy(Micromagnetic,Multiparameter, Microstructure and Stress Analysis) onferromagnetic components and Eddy-Current-based and Ultrasonic techniques onaustenitic materials for early-characterizing fatigued microstructures – beforecracking and, on the other hand, characterization of irradiation damage inpressure-vessel steels.

6、  報(bào)告題目：大量混凝土結(jié)構(gòu)的超聲波檢測(cè)

Title of the report:Ultrasonic investigation of massive concrete constructions

報(bào)告人：恩斯特里德理新奇博士

Reporter: Dr. Ernst Niederleithinger

單位：德國(guó)材料研究院

Unit：BAM

摘要Abstract:

Ultrasonic imaging ofconcrete constructions was so far limited to a thickness of about one meter. Wehave developed a Large Aperture Ultrasonic System (LAUS), which has beensuccessfully tested for up to five meter thickness. Imaging methods adoptedfrom geophysics, e.g. Reverse Time Migration (RTM) help to improve the results.

Keywords: concrete;ultrasound; imaging,  

7、  報(bào)告題目：磁共振成像和弛豫的無(wú)損檢測(cè)

Title of the report:Magnetic Resonance Imaging and Relaxometry for NDT

報(bào)告人：菲利普莫奇博士

Reporter:Dr.Philipp M?rchel

單位：德國(guó)夫瑯禾費(fèi)集成電路IIS研究所

Unit：Fraunhofer Institute for Integrated Circuits IIS

摘要Abstract:

Magnetic resonance allowsa nondestructive access to numerous bulk and spatially resolved characteristicmaterial parameters. We developed a portable benchtop system which allows theacquisition of these parameters (even of solid samples) in the production line.

Keywords: magnetic resonance; relaxometry; imaging; monitoring

8、  報(bào)告題目：光子計(jì)數(shù)和射線成像的能量識(shí)別的探測(cè)器的近期發(fā)展（數(shù)字射線專場(chǎng)）

Title of the report:Recent developments of photon counting and energy discriminating detectors forradiographic imaging（Special Digital Radiography）

報(bào)告人：烏韋希爾本博士

Reporter:Dr. Uwe Zscherpel

單位：德國(guó)材料研究院

Unit：BAM

摘要Abstract:

The direct detection ofX-ray photons into electrical signals is allowed by usage of highly absorbingphoto conducting materials (e.g. CdTe) as detection layer of an underlying CMOSsemiconductor X-ray image detector.. If the read-out speed is high enough (ca.50 – 100 ns dead time) single X-ray photons can be counted and their energymeasured. Read-out noise and dark image correction can be avoided. By setting energythresholds selected energy ranges of the X-ray spectrum can be detected orsuppressed. This allows material discrimination or reduction of scatteredradiation, which results in an enhanced contrast sensitivity.

Keywords: industrial X-ray imaging; directdetection, digital detector array, dual energy imaging

9、  報(bào)告題目：太赫茲應(yīng)用程序運(yùn)用于無(wú)損檢測(cè)（數(shù)字射線專場(chǎng)）

Title of the report:THz Applications for Non-Destructive Testing（SpecialDigital Radiography）

報(bào)告人：喬治貝克曼恩博士

Reporter:Dr. Joerg Beckmannr

單位：德國(guó)材料研究院

Unit：BAM

摘要Abstract:

Electromagnetic waves inthe frequency range between 0.1 and 10 THz are described as THz-radiation(T-ray). The ability to penetrate dielectric materials, to operate contactlessand to be non-ionizing as well as being insensitive to ambient temperaturesmakes THz technologies for NDT applications attractive especially where othertechniques are not available or less suitable. Today T-rays are applied innon-destructive testing for quality control and condition monitoring issues.The operation is based on the combination of both transmission and/orreflection measurements and specially developed reconstruction procedures.Firstly, THz-TDS measurements will be presented to demonstrate theopportunities for spectroscopy and imaging of polymer materials. A SAFTalgorithm and an Optical Layer-Model will be presented and discussed in moredetail to demonstrate the opportunities of image reconstruction forvisualization of the inner structures of optically and far infra-red opaquepolymer composites.

Keywords: THz radiation,Terahertz synthetic aperture focusing, dielectric materials, imagereconstruction

10、       報(bào)告題目：移動(dòng)層析X射線檢測(cè)（數(shù)字射線專場(chǎng)）

Title of the report: MobileTomographic X-Ray Inspection（SpecialDigital Radiography）

報(bào)告人：雷德默伯恩哈德博士

Reporter: Dr.Redmer Bernhard

單位：德國(guó)材料研究院

Unit：BAM

摘要Abstract:

A special 3D tomographicalgorithm was developed for mobile inspection of large objects. The method isbased on a coplanar scan of an X-ray tube parallel to the surface of a digitaldetector array (DDA). Two different designs were developed and applied for 3Dtesting of welded pipes in nuclear power plants and large aircraft componentsmade from carbon fiber reinforced polymers (CFRP). The reconstructed tomographicimages permit the detection, characterization and measurement of the dimensionsof flaws with enhanced sensitivity compared to conventional radiography and UT.   

Keywords: computed tomography,laminography, weld inspection, fibre composites, aircrafts

11、       報(bào)告題目：用磁導(dǎo)率增量方法評(píng)價(jià)材料降解（電磁專場(chǎng)）

Title of the report: Evaluationof Material Degradation by Magnetic Incremental Permeability Method（Special Electromagnetism）

報(bào)告人：哲佑琦莫泰博士

Reporter: Prof.Dr. Tetsuya Uchimoto

單位：日本東北大學(xué)

Unit：Tohoku University Japan

12、       報(bào)告題目：激光超聲在特種設(shè)備檢驗(yàn)檢測(cè)的應(yīng)用前景（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：鄭凱

單位：江蘇省特種設(shè)備安全監(jiān)督檢驗(yàn)研究院

13、       報(bào)告題目：連續(xù)激光超聲和調(diào)控聲波模式（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人： 沈中華

單位： 南京理工大學(xué)

14、       報(bào)告題目：超聲檢測(cè)仿真建模及其應(yīng)用（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：趙新玉

單位：大連交通大學(xué)

15、       報(bào)告題目：固體板中超聲拓?fù)涑上瘢ü饴暭夹g(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：張碧星

單位：中科院聲學(xué)所

16、       報(bào)告題目：高次模式諧振與非線性波融合在無(wú)損檢測(cè)中的應(yīng)用研究（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：張輝

單位：南京大學(xué)聲學(xué)所

17、       報(bào)告題目：光聲頻譜分析及其在生物醫(yī)學(xué)應(yīng)用（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：陶超

單位：南京大學(xué)聲學(xué)所

18、       報(bào)告題目：超聲Lamb波成像檢測(cè)方法研究（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：劉增華

單位：北京工業(yè)大學(xué)

19、       報(bào)告題目：管道腐蝕電磁導(dǎo)波層析成像研究（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：鄭陽(yáng)

單位：中國(guó)特種設(shè)備檢測(cè)研究院

20、       報(bào)告題目：超聲檢測(cè)新技術(shù)及其在航空航天領(lǐng)域中的應(yīng)用（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：周正干

單位：北京航空航天大學(xué)

21、       報(bào)告題目：基于非線性超聲導(dǎo)波的復(fù)合材料損傷檢測(cè)方法（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：李衛(wèi)彬

單位：廈門大學(xué)

22、       報(bào)告題目：局部彈性常數(shù)的超聲測(cè)量及聲傳播仿真（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：宋波

單位：中科院聲學(xué)所

23、       報(bào)告題目：木節(jié)的聲檢測(cè)方法的研究（光聲技術(shù)和超聲檢測(cè)專場(chǎng)）

報(bào)告人：劉曉宙

單位：中科院聲學(xué)所

24、       報(bào)告題目：反射橫波筑底衍射縱波檢測(cè)法

Title of the report: TheInspection Method of Reflecting Transverse Wave on The Bottom Surface-BreakingDefect Generate Diffraction Longitudinal Wave

報(bào)告人：楊育偉

Reporter: YangYuwei

單位：西安特種設(shè)備檢驗(yàn)檢測(cè)院

Unit：Xi 'an Special Equipment Inspection Institution

25、       報(bào)告題目：貼片天線在結(jié)構(gòu)應(yīng)力監(jiān)測(cè)中的應(yīng)用研究

報(bào)告人：宋國(guó)榮

單位：北京工業(yè)大學(xué)機(jī)電學(xué)院

26、       報(bào)告題目：核電閥門在役檢測(cè)與診斷技術(shù)

Title of the report: Valvein service Inspection and Diagnostics Technology

報(bào)告人：杰西德利伽多博士

Reporter: Dr.Jesse Delegado

單位：美國(guó)西南無(wú)損檢測(cè)技術(shù)公司

Unit：IHI

27、       報(bào)告題目：基于時(shí)間反轉(zhuǎn)成像算法的超聲陣列數(shù)據(jù)的預(yù)處理

Title of the report: Thepre-processing of ultrasonic array data for time-reversal-based imagingalgorithm

報(bào)告人：樊程廣博士

Reporter:Dr. Fan Chengguang

單位：國(guó)防科學(xué)技術(shù)大學(xué)

Unit：National University of Defense Technology

28、       報(bào)告題目：基于廣義時(shí)間反轉(zhuǎn)成像的超聲無(wú)損評(píng)價(jià)

Title of the report: A generalized time-reversal-based imagingfor ultrasonic non-destructive evaluation

報(bào)告人：樊程廣博士

Reporter: Dr.Fan Chengguang

單位：國(guó)防科學(xué)技術(shù)大學(xué)

Unit：National University of Defense Technology

29、       報(bào)告題目：核電奧氏體不銹鋼對(duì)接焊縫TOFD檢測(cè)方法研究

報(bào)告人：彭召斌

單位：深圳市微聲泰斯特科技有限公司

30、報(bào)告題目：管子管板角焊縫射線檢測(cè)新型靈敏度試塊——高仿型試塊

報(bào)告人：強(qiáng)天鵬研究員

單位：江蘇中特創(chuàng)業(yè)設(shè)備檢測(cè)有限公司