Specifications of Next-Generation, Low Cost Railcar and Shipping Container X-Ray Scanner

This article shows you specifications of the Railcar and Shipping Container X-Ray Scanner from Hytec Inc.

Desired Housing: Purpose-built shielded building, an outdoor (secured area), or a railroad track area (secured)

Purpose: Scan large containers (20, 40, up to 53 feet in length), railcars, shipping pallets, and vehicles

Fielding: Must be self-transporting, easy to set up and easy to operate

Price
: Must cost less than $3M in quantities of one.

Technical Requirements (General)

  • Easily driven on any road at 55 MPH. 100%, 50 state, road legal. No special transport permits required.
  • May consist of one or more trailers and tractors
  •  Little or no site preparation required
  •  Operated by crew of one or two persons (not more than two) 
  •  Length of system: 107 feet (32.6 m) maximum
  •  Capable of bi-directional scanning of objects up to 87 feet (26.5 m) in length
  •  X-ray generation equipment and beam forming devices are mounted to allow hands-off
  • peration
  •  Beam detectors, imaging electronics, and processing equipment must allow hands-off operation  (detectors may be standard x-ray transmission detectors or next generation detectors)
  •  Detectors at the least must detect explosives, human stowaways, and shielded materials
  •  Desired for detectors to be proven to detect special nuclear materials and chemical/biological weapons

Technical Requirements (System)

  • Linear accelerator Dual energy 4 and 9 MV
  • Ultra Low Leakage
  • Opti-temp TCU
  • Detector Array  2000 x 2 mm cadmium tungstate (CdWO4)
  •  Linear array photodiodes
  •  Image Processor  AXI 16-bit or equal

    Features:  real-time viewing of image as it is acquired
  1. pan
  2. zoom
  3. edge enhancement
  4. reverse video
  5. pseudo color
  6. contrast enhancement
  7. user marking of areas of interest
  8. user annotations
  •  Two display monitors for same image comparison
  •  Management database
  •  Hard disk storage for 1000+ full scan images
  •  Color laser printer
  •  Document scanner
  •  Rewritable CD device
  •  Wireless internet access 
  •  Scan speed 100 feet (30.5 m) per minute 
  •  Drive system(s) for accelerator and detector array fully synchronized
  •  Detector array transports flat (raised to the vertical scan position for operation)

Additional Requirements
 
Installation and Training (2 day operations training; one day maintenance).
System installation and calibration.
 Additional Viewing and Storage systems

  • 10 processor reconstruction cluster
  • 5 Dual Pentium Xeon 2.8 GHz blade servers 
  • 2 GB RAM per blade server 
  • 300 GB, RAID 5 data storage array 
  • 19" EIA computer rack with LCD monitor, keyboard and trackball 
  • Data processing software
  • Cluster management software
  • Data Visualization software
  • Hushed, 50 KVA Diesel generator mountable within system; extra 50 gal. fuel tank

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C Robert Kline Jr., PhD

AUTHOR BIOGRAPHY

C Robert Kline Jr., PhD,
Chief Operating Officer

HYTEC Inc
Bob Kline has led and been involved in new product launches for over 30 years, has worked extensively for the US government, and has received national and international awards for his work in nuclear energy programs. His work in weapons forensics (1983-present) led to the adaptation of HYTEC’s FlashCT® system into the Forensics Inspection Station™. Since 1983 he has been a frequent consultant to US agencies involved in the worldwide countering of biological weapons. He is Member of IEEE.
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