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LabIR for GIANO
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GIANO construction progress in LabIR (Jan-Jun 05)
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Output of our newly developed sensor acquisition program gsensd
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Graphical output of gsensd (real dewar data)
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Global trasmittance of OHARA S-NPH2 specimen.
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An example of raw data.
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Surface data of quartz window measured in double pass at 632.8 nm.
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The same data, but transferred into octave and averaged.
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The first multiplexer image with DC coupling and optical adaptation.
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The GUI of laboratory program.
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The cold board and the multiplexer inside their enclosure.
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First meaningful (and noisy) image: a light bulb!
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Front and rear view of the mirror-holder prototype.
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The initial experimental set-up for the mirror-holder test.
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Specimen of NPH2 glass from OHARA.
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Infrared trasmission of tre specimes.
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Output of multiplexer: details of the begin of a row.
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Output of multiplexer: a full row, showing some light at the end.
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Some clock lines at the end of a row and the begin of the next.
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Rockwell documentation of multiplexer clocking and output.
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Our Laboratory during the snow week!
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The immediate surrounding of our laboratory under the snow.
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The preliminary acquisition system (codenemed Pinocchio)
during hardware and software programming.
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The waveform generated by Pinocchio as captured by the logic
analyzer during tests. The conformance with the project is total.
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First portion of the output of the waveform program for Giano
detector, frame and first row initialization.
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First few rows of the output of the waveform program
for Giano detector; it is still visible the initialization part.
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Micrometers in aluminium for the prototype of mirrors holders.
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Progress in buildig the prototype of mirrors holders.
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Temporary mechanical mount for Hawaii multiplexer.
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Assembly view of temporary mount for Hawaii multiplexer.
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