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化工仪器网>产品展厅>分析仪器>X射线仪器>X射线荧光光谱仪(XRF)>康普顿背散射检验系统 康普顿背散射检验系统

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康普顿背散射检验系统 康普顿背散射检验系统

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  • 公司名称 北京新洋国际有限公司
  • 品牌
  • 型号 康普顿背散射检验系统
  • 产地 康普顿背散射检验系统
  • 厂商性质 经销商
  • 更新时间 2017/7/13 21:14:08
  • 访问次数 3122

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新洋()科技有限公司,即New Ocean International Technology Ltd, 成立于2004年,在香港、澳门、北京设有办事处及研发中心,是一家从事技术贸易及服务,高科技产品研发及生产的专业公司。 新洋()科技有限公司的业务范围: ---金属热加工工艺及设备 ---环境试验设备 ---理化仪器 ---无损探伤设备 ---微电子及半导体工艺及设备 ---光电工艺及设备 ---焊接技术设备 ---金属无屑加工工艺及设备 ---复合材料工艺及设备。 新洋()科技有限公司自成立以来坚持“科技动力,新洋”的宗旨,凝聚了一大批勇于竞争,有开拓意识,技术经验丰富,工作认真负责的人才,在许多行业以优惠的价格,全面的技术经验,及时负责的售前,售后服务赢得了用户的好评及信赖。 新洋()科技有限公司多年从事商务活动,具有丰富的金融、贸易经验。我们充分利用香港便利的交通,资讯及金融平台,提供着贸易、投资的服务,确保合同的有序执行与项目的顺利进展。 新洋()科技有限公司除香港总部外,还设有六个业务部及一个研发基地,是欧美许多*生产厂家的中国总代理及Z佳合作伙伴,同时依托集团的北京昌平研发生产基地,可实现为用户提供量身定制的产品,工艺方案及全套的生产,检测设备。我们服务的市场是中国及亚洲市场。 新洋()科技有限公司的工作范围不是单纯的商贸代理,也不是单纯的销售公司,我们的业务范围是:  ---提供全套的解决方案 ---提供售前服务 ---提供高性能价格比的产品 ---提供完整的售后服务 ---提供为用户研发及定制的产品 我们服务的对象是:航天,航空,船舶,兵器,核工业,电子,光电,电信,石油,化工,铁路,汽车,其它制造业及轻工业。 新洋()科技有限公司在位于北京昌平科技园区内有ISO9001质量认证的自设研发,售后服务中心,为客户一条龙服务,为客户解决后顾之忧。 主要业务范围:--工业CT系统(德国YXLON公司产品) --超声C扫描系统及超声相控阵系统(加拿大R/D公司产品)--X射线实时成像系统及DR成像系统(德国YXLON公司产品)--常规超声波探伤仪、涡流探伤仪、阵列式涡流探伤仪(加拿大R/D公司产品)--便携式X射线机、固定式X射线机(德国YXLON公司产品)--激光超声系统--复合材料生产设备 除了X射线产品之外,我们还提供全套的无损检测解决方案。我们同时代理国外的各种超声、涡流设备和系统。同时我们也提供系统集成的解决方案。

主要业务范围:--工业CT系统(德国YXLON公司产品) --超声C扫描系统及超声相控阵系统(加拿大R/D公司产品)--X射线实时成像系统及DR成像系统(德国YXLON公司产品)--常规超声波探伤仪、涡流探伤仪、阵列式涡流探伤仪(加拿大R/D公司产品)--便携式X射线机、固定式X射线机(德国YXLON公司产品)--激光超声系统--复合材料生产设备 除了X射线产品之外,我们还提供全套的无损检测解决方案。我们同时代理国外的各种超声、涡流设备和系统。同时我们也提供系统集成的解决方案。

ComScan 160II 康普顿背散射检验系统

典型应用
详细的资料
系统组成技术参数


ComScan 160 II set up for wing inspection.  In order to detect troublesome corrosion in the past, airplanes were periodically disassembled which took thousands of man hours.  With ComScan, the critical regions can be scanned compley without dismantling the airplane


典型应用:

ComScan 160 II has been designed for the inspection of light weight materials such as aluminum, honeycombs, aerospace composite materials, carbon fiber structures, etc.  Unlike conventional X-ray techniques which require both sides of the inspection sample for positioning of the X-ray sourceimaging device, ComScan only requires access to one side of the inspection sample.  This unique feature allows surface measurement of large, thick, bulky objects to be inspected which might otherwise not be possible with conventional X-ray techniques.

The system gives an accurate determination of defect sizedepth.   It is not even necessary for X-rays to penetrate the total inspection sample depth since ComScan utilizes back-scattered radiation.  The system is particularly well suited for the inspection of impact damage, corrosiondefective core conditions. 







Corrosion in an aircraft piece.  Corroded areas are darker than the non-corroded areas due to the reduced density of oxides compared to the metal.
Ingress of water in aluminum honeycomb behind an aluminum plate.  With increasing depth from layer to layer, the increasing water level can be observed.


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详细资料:
  
ComScan presents the inspection image of the test part as a series of twenty-two slices. each made at a constant depth below the surface of the test object. Area resolution is 0.4 by 0.4 mm. Depth resolution of the individual slices is 0.4 mmis almost free from the influence of teatures contained in other slices, including the test part surfacealso the ten object shape. ComScan scans an area of 50 mm wide by 100 mm long at a time. Larger areas are inspected by simply repositioning the ComScan head to a new locationrepeating the scanning process which requires only 1.25 - 6.25 min for all twenty-two images. As the x-ray pencil beam scans the inspected area infashion. twenty-two solid state detectors receive backscattered radiation from discrete image planes in the test object.All twenty-two images are simultaneously assembled in computer memory. The operator may page through the completed images to determine which images are of interest. Each image is 250 by 500 pixel by 8 bits deep. providing 256 grey levels.lmages may be displayed one or two at a time on a 512 hy 512 pixel graphics display. Basic digital image processing capabilities including windowingcontrast manipulations are provided.



ComScan head
Each delector is collimated such that it can see primarily singlr backscattered radiation emanating from a predermined depth below the test object
surface. the focussing aperturesA can be exchanged easily by the user to access other ranges. the scanner head is placed against test object surface for operation.
system components:

The ComScan X-ray backscatter inspection.system consists of the following major subsystems:High stability X-ray generating subsystem, integrated scanner unit with X-ray tubeheadbackscattered radiation detection subcystem,the ComScan computer control subsystem plus image displayassociated software. All subsystems are fully inte-grated to form a user-friendly. menu driven X-ray backscatter imaging system.

A fan beam is formed from the X-ray tubehead''s conical beam by means of the slit diaphragm. The pencil beam is in turn formed from the fan beam by means of a rotating spirel slit collimator which forms an X-axis recurring X-ray beam sweep. The slitscanner is indexed in Y-axis direction such that the pencil beam scans the test object in raster fashion.As the X-ray beam penetrates the test object. Compton backscatter madiation is generateddetected by detectors located to both sides of the rotary scanner.

Detected backscattered radiation is amplified by means of low-noise photomultiplier tubes. digitized
and then transmitted to the ComScan computer by means of fiber optics. Detectors. photomultiplierselectronics are shielded against stray electromag-netic fields.

The ComScan control computer
is based on a 32-bit 68020 microprocessor with VME hus for data transmission. Eight megabytes of random access memory are provided to store programsdata consisting of twenty-two 250 by 500 pixel by 16 bit deep images. A 512 hy 512 pixel graphics processor allows the simultaneous display of one or two Slice images. A 640 kByte floppy diska 120 MByte hard disk are provided for the storage of programsimage data. Image data may be transmitted to DEC/VMS computers by means of an Ethernet interface.
系统组成:
High stability philips x-ray system MG 164fordetails see sparate datasheet:
. Control unit MGG 30-500 incl.RS 232 C serial interface
. Housing for control unit
. Power supply unit MGP 31
. Minus 160 kV HV-generator MGG 31
. 160 kV/19 mA dual focus, metal-ceramic X-ray tube MCN 165
. 10 m 33ft H.V.-cable
. Water flow safety switch
. Cooling water hoses



scaaner unit with built-in mcn165 x-ray tube, flanged detector headscanner electronics:
. one pencil X-ray beam raster scanning system
. Detector array consisting of 22 elements for the detection of backscattered radiation 
. Collimation systems for the generation of 22 overlapping image slices over 10 mm of the test part thickness wiih 10 mm offset from the scanner head surface. optional thickness ranges possihle by easily exchangeable focuss-ing detector apertures

 

comscan control unit:
. 32 bit 68020 microprocessor based computer with VME bus for data transmission
. 8 MB random access memory
. 640 kB floppy disk
. 120 MB hard disk
. digital I/0-card
. Scan control system 2 axis
. Necessary power supplies
. Matrox-Video processor board
. Computer terminalcolor video monitor connected via a 10 m33ftcable to ComScan rack

 

software:
. ERM 2.09 operating system
. Menu based user interface
. Scan control programs
. Data intakedisplay software
. Basic image processing featuresLUT ZooM, Filtering etc.
. image storageread-in
. Sericecalibration tools

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技术参数:

  • scan parameters:
    -1 pencil beam: 0.4 mm x 0.4 mm cross-Section
    -22 detector elements: BGO 1 mm x 2 mm x 60 mm coupled to photomultiplier tubes
    - Scan area: 50 mm x 100 mm
    - Scan time, adfjustable between 75 sec375 sec in 5 steps
    - Depth range: 
    10 mm with 10 mm dead spacestandard
    50 mm with 10 mm dead spaceoptional
    5 mm with 5 mm dead spaceoptional
    - 22 slices: 0-9 mm slice thickness on arerage,partly overlapping for 10 mm depth range
    - 250 positions along axis of rotating aperturephi-axis
    - 500 positions perpendicular to rotating apertureX-axis
    - Accuracy of detected data: 16 bits
    - Maximum resolution: 0.4 x 0.4 x 0.4 mm333for 10 mm depth range
    - image matrix: 250 x 500 pixel x 8 bits
    - Image display:1or2 slices at a time on a 512x512 pixel video screen
    - Penertration power: 
    50 mm in plastics, composites
    20 mm in aluminum
    5 mm in steel
  • mains supply:
    - Nominal voltage 220V 50/60 Hz, single phase
    - Mains fuse 35 A
  • environmental conditions:
    - duty cycle * up to +40°C+105°Fambient temperature in nonconvective air
    - operetion: Temperature + 10°C+50°F up to +40°C105°F, Relative humidity 70% at 40°C +105°F
    - Storage: Temperature -20°C-5°F up to +50°C (120°F, Relative humidity 95% at +40°C +105°F
  • weight/dimensionsmain components:
    - ComScan control rack 600 mm 23.6" wide.800 mm 31.5" deep. 1370 mm 154" high.weight approx 100 daN kg
    - ComScan head 600 mm 23.6" long plus 400 mm 15.7" for cable connections. 165 mm 6.5" deep, 370 ,mm 14.6" high, weight approx 45 daN kg incl. x-ray tube
    - x-ray control unit incl. housing 520 mm 20.5"wide, 302 mm11.9" deep, 180 mm 7" high,weight approx 15 daN kg
    - X-ray power supply 720 mm 28.3" long.390 mm 15.4" deep, 335 mm 13.2" high.weight approx 61 daN kg
    - X-ray H.V.-generator 970 mm 38.2" long,440 mm 17.3" wide, 485 mm 19.1" high,weight approx 200 daN kg
  • optionsavailable on request:
    - Additional serial interface ports rs 232 C
    - Focussing detector apertures for depth ranges other than standard
    - Hardcopy printer for documentation of ComScan images
    - operation desk for installation of x-ray control unitplacoment of controlimages monitors, key board hard copy printer etc.

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