Customer feedback on all aspects of k-Space products is an extremely important component of our product development. It is through our customers that we are able to make better in-situ monitoring tools. Below we list several of our current customers and their specific applications. We hope that this page will serve as a source of information and technology exchange.
If we do not have your web link and application listed here and you would like to be listed, please contact us so that we may add you to this page.
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We use the kSA 400 during in-situ oxide molecular beam epitaxy (MBE). Research using EMSL's MBE deposition system centers around the synthesis and characterization of novel oxide, ceramic, and mineral materials as crystalline films. |
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I use the kSA 400 for SiGe MBE growth. |
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At the National Research Council Canada we use the kSA 400 on two MBE systems for work with arsenides, dilute nitrides and antimonides. |
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At the National University of Singapore we use the kSA 400 for in-situ GaAS MBE. |
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We are using the kSA 400 for RHEED analysis of Si substrate surface cleanliness, and for monitoring growth of a variety of oxide films on Si in an MBE system. |
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Our Primary uses for the kSA 400 are PLD growth of strongly correlated oxides and LEED I-V data acquisition. |
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My kSA 400 is used in conjunction with an all-nitride rf N-plasma MBE system. Samples whose growth is monitored by RHEED may also be transferred through vacuum to an adjoining UHV STM system for atomic-scale analysis. |
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We use the kSA 400 in the deposition and analysis of ultra-thin films and superlattices of magnetic, ferroelectric and superconducting oxide materials. Our high-pressure pulsed laser deposition system was custom designed and built by TSST of the Netherlands to incorporate advanced RHEED capability. |
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We are using the kSA 400 for the study of magnetic nanostructures grown on GaAs templates. RHEED is an invaluable tool to determine the interface properties of multilayer films. |
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We use the kSA 400 for in-situ lattice spacing monitoring to determine the composition of SrTiO3 (STO) films grown by reactive coevaporation. |
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We presently use the kSA 400 system on a two-chamber Perkin Elmer 430 MBE system in which we work on nitride and oxide semiconductor material systems. The kSA 400 will be moving to a new UHV pulsed laser deposition system at the end of September.
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Our kSA 400 is used for in-situ GaAS and InP-based MBE. |
| kSA BandiT - Temperature Monitoring |
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We use the kSA BandiT for in-situ GaAs(001) and (111) surface preparation within an MBE system for STM measurements |
| kSA Eye-Spy - Surface Analysis |
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At Argonne National Labs we use a Qmax 650 camera from k-Space as an X-ray camera for fast time-resolved experiments. |
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We use kSA Eyespy for Chemical Dynamics Imaging i.e. imaging the velocity distribution of particles formed from photoionization, photofragmentation and reactive scattering.
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