introduction of the VAX 32-bit systems to simplify both control and data treatment at the instrument. 32-bit instrument control A microVAX II at the ILL with terminal and printer A. Barthélemy's archives The ... inclusion of the ATARI colour displays. When the instrument D17 was similarly equipped the control program was identical, but the ...
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Pertinence: 26%
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commentary zones on the contents of the metadata; this was done for many of instruments on the conversion of the instrument computers to Unix. N ew ways of working The conversion occured while the reactor ... reactor was refurbished (1991-1995). On restarting the reactor there were fewer instruments due to a reorganisation. Most still were using ...
Pertinence: 22%
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Back to main page Top Initially the high cost of computers inevitably lead to the requirement for a number of highly competent staff to maximise their usage. The custom-built Nicole and Carine systems
Pertinence: 6%
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the Texas Instrument Silent 700 (1972) which had a thermal printer, and the Teletype T43 (1979) which had a needle printer (80 to 132 characters per line). Remote monitoring of ILL instruments also became ... gradually implemented. E.g. the electronics engineer Yves Lefebvre installed an electronic organ on the instrument D7 (?) which answered the ...
Pertinence: 24%
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scans were analysed on the central computer. In the mid 80s the advent of 32-bit computing on instruments offered a wider choice for distributed computing, ending with ethernet connections around the Insttitut ... staff for these activities diminished. Machine code and assembler programming disappeared from instrument control, these tasks being ...
Pertinence: 20%
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those who created or developed them. Sample environment Neutron detection Central computer and Instrument control
Pertinence: 22%
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self-assembly mechanisms of these systems, this new technique opens up exciting new prospects. ILL Instrument : D22 , the Large dynamic range small-angle diffractometer Reference: : https://doi.org/10.102
Pertinence: 14%
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superconductivity . The main instruments used for College 5C proposals are: D17 , Neutron Reflectometer with Horizontal Scattering Geometry D11 , Small-Angle Neutron Scattering Instrument D22 , Large Dynamic Range
Pertinence: 24%
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required the collaborative involvement of many different experts – including technicians, researchers, instrument scientists and PhD students, in addition to infrastructure across a number of different institutes ... Spallation Source) and Alessandra Luchini (University of Perugia). Experiments were carried out using instruments at both the ILL – ...
Pertinence: 20%
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cell production and the magnetostatic cavities required to maintain the 3 He polarisation on the instruments. This effort democratised the use of NSF and allowed to reach 80% 3 He polarisation. D. Jullien
Pertinence: 17%
