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Description: Thermo Scientific* MicroFocus X-Ray Tube 125kV Side Window is a constant potential, continuous duty X-ray tube.Short target to window spacing facilitates the generation of high resolution direct x-ray magnified images from any size object.
- Source Type: X-ray Tube
- Voltage: 125000 volts
Description: Thermo Scientific* PXS5-722SA, 70kV MicroFocus X-Ray Sources are constant potential, continuous duty microfocus portable X-ray sources for use in high resolution radiographic and real-time imaging applications.Houses a side-window sealed tube, a high voltage power supply and the short target
- Source Type: X-ray tube and Power Supply
- Voltage: 20000 to 70000 volts
- Tube Current: 2.4 amps
- Target Angle: 24 degrees
Supplier: VJ Technologies, Inc.
Description: The IXS Series is an exceptionally compact, highly reliable line of high voltage x-ray generators with superior stability performance, capable of operating under a wide range of conditions. The X-ray generator integrates the high voltage inverter, filament supply, x-ray tube and heat exchanger
- Source Type: X-ray Generator
- Voltage: 85000 volts
- Tube Current: 1.80E-6 amps
- Focal Spot Size: 800 µm
Standards and Technical Documents - Non-destructive testing -- Measurement and evaluation of the X-ray tube voltage -- Part 2: Constancy check by the thick filter method -- ISO 16526-2:2011
Description: ISO 16526-2:2011 specifies a constancy check of a X-ray system where mainly the X-ray voltage is checked and also the tube current and the constitution of the target which can be changing due to ageing of the tube. The thick filter method is based on a measurement of the dose rate behind a defined
Description: PXS5-822SA combines the x-ray tube and high voltage power supply into one compact package that is powered from a 12 VDC source. A matching digital or analog controller is available for driving the Kevex PXS5-822SA as well as for adjusting and monitoring both target voltage and electron beam current.
- X-ray Operating Voltage: 20000 to 80000 volts
- Programmable / Digital Control Unit: Yes
- Instrument / System Type: X-ray Generator / Source
- Form Factor: Portable / Hand Held / Mobile
Description: The P12506 is a continuous duty power supply designed to drive and monitor the KM125 series of x-ray tubes. Front panel controls and indicators allow the operator full function control of the x-ray tube, while monitoring the status of the system. Remote control and monitoring of both the target
- Power Supply Type: DC Power Supply
- Style / Mounting: External Power Supply, Enclosed, Rack Mount
- Applications: High Voltage, Plasma
- Display: Analog / Visual Indicator
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H.C. Starck Inc. - Fabricated Products Group
Tungsten, Molybdenum, Tantalum in Cancer Treatment
X-ray tubes. Pure and TZM molybdenum based alloys are the materials of choice for the X-ray tube rotating anode discs and shaft components, where high temperature strength and creep resistance are highly desirable. Tantalum and Niobium . Adding to H.C. Starck ’s portfolio are tantalum and niobium, renowned for their corrosion resistance and are, in fact, virtually inert to chemical attack by most acids. They are ductile materials that are good conductors of heat and electricity... (read more)
Browse Tungsten and Tungsten Alloys Datasheets for H.C. Starck Inc. - Fabricated Products Group
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Improvements in Low Power, End window, Transmission-Target X-ray Tubes
consumption for handheld instrumentation. Areas of the tube that have been improved include the anode, the cathode, and the high-voltage power supply. 1) The anode can be a sputtered film on the inside of the X-ray window. Densified films of a more uniform thickness provide higher X-ray output and more
Characterization Techniques for Miniature Low Power X-Ray Tubes
as the spectral characterization of the tube. The beamspot. dimensions and location can be measured at several high-voltage settings to ensure. stability. This setup allows monitoring spectral contamination lines, total output flux, and. net target-peak intensity at the anode line. To ensure tube X-ray
Medical Device Link .
detectors. Many critical medical devices are fabricated from rubbers, plastics, and ceramics. These materials have low x-ray absorption and consequently do not lend themselves to most real-time x-ray inspection methods. Such materials must be x-ray imaged with low settings of the x-ray tube anode
EDXRF Analysis of Lead, Cadmium, Mercury and Chromium in Zinc Alloy
. Fig.5 y Calibration Curve for Cr K. Table 1 y Analytical Conditions. Instrument. : EDX-720, GP. X-Ray Tube. : Rh target. Filter. : EDX-720; Filter #4 (for Cd,), Filter #3 (for Hg, Pb), Filter #2 (for Cr). EDX-GP; Filter #1 (for Cd), Filter #4 (for Hg, Pb), Filter #3 (for Cr). Voltage - Current. : 50
Quantitative Analysis of Antimony (Sb) in Plastics by EDXRF
. ppm. OK. Analytical Group. : Working Curve. X-ray Tube. : Rh target. Cr. 116.4. 7.3. ppm. OK. Tube Voltage[kV]–Current[μA] : 50–Auto. Hg. 147.0. 6.5. ppm. OK. Primary Filter*. : #1*. Br. 5.6. 3.9. ppm. OK. Collimator [mmϕ]. : 10. Atmosphere. : Air. Cl. 97.4. 30.7. ppm. OK. Detector. : Si(Li). Sb
Quantitative Analysis of Stainless Steel using the ZSX Primus III+
target X-ray tube. The Kα. optics reduce the risk of instrument contamination or. line was measured for all the elements at a counting. damage that can occur when pressed pellet samples. time of 20 seconds. break inside the spectrometer while being measured or. A LiF(200) analyzing crystal
Synthesis of (SrLaF)FeAs superconducting films by pulsed laser deposition
of PE-PLD system. respectively. As the as-deposited films are amorphous, they. (SrLaF)FeAs thin films are deposited on MgO(001). are sealed in an evacuated silica tube and annealed at. substrates by PE-PLD. A focused Nd:YAG pulsed laser. 1000 °C for 20 hours. The crystallization of the films
* Copper Concentrate Analysis by Pressed Powder Method
. Calibration was performed for the elements of Cu, Zn,. Pb, Bi, Ag, As and Cd by using the Supermini200 with. Ac. A curac. cura y: y 0.26mass. 0.2. %. 6mass. Ac. A cura. c. c. ura y: y 0. 0 04. 0 8. 4 mas. 8. s. mas %. Pd target X-ray tube. Path atmosphere was in vacuum. 10. 20. 30. 40. 50. 0. 2. 4. 6
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Use of X-ray fluorescence for chemical analysis
Toussaint (1971) examined the excitation effici- encies of different x ray tube targets for some low energy x ray spectra and found a gold target to be most efficient for the K, lines of silicon, aluminium and magnesium.
Quality Assurance Programme for Screen-film Mammography
13) Repeat the procedure for all X ray tube targets and for magnification mode.
Implementation of the International Code of Practice on Dosimetry in Diagnostic Radiology (TRS 457): Review of Test Results
To overcome this difficulty, one participating SSDL (Finland) established other mammography qualities based on a tungsten X ray tube target (Cuba is also planning to use a tungsten target based system).
L absorption spectra of 57La to 63Eu in their oxides
In the case of the L absorption spectra of La, Ce, Pr and Nd, no suitable reference line was found on the higher wavelength side of the LIIlabsorption edge, when Cu and W target x ray tubes were employed.
Multiple Bragg reflection monochromators for synchrotron x radiation
For comparative purposes a copper target x ray tube loaded at 40 keV and 20 mA was used to illuminate the 2-2 spectro- meter.
Magnetic properties of nickel ferrite nanoparticles prepared using flotation extraction
X ray diffraction (XRD) patterns of the powder thus prepared were collected on a DRON 3M diffractome ter using a copper target X ray tube .
X-Ray luminescence of polycrystalline TbO2 -doped Li2 B4 O7
XL was excited using a molybdenum target X ray tube at an electron energy of 40 keV and a current of 20 mA.
Synthesis, structure, and properties of large surface area Fe3 O4 /SiO2 nanocomposites
XRD patterns were collected on a DRON 4 07 diffractometer using a cobalt target X ray tube (λ = 0.179021 nm) and a diffracted beam graphite mono chromator (Bragg–Brentano geometry) .