Difference between revisions of "NLaK Sample Measurement (170208)"
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We used monochromator to quantify influence of irradiation by measuring transmission. We also had Fused Silica plate used as reference to normalize NLaK measurements. Below one can see that the beam of monochromator nicely fits in samples. | We used monochromator to quantify influence of irradiation by measuring transmission. We also had Fused Silica plate used as reference to normalize NLaK measurements. Below one can see that the beam of monochromator nicely fits in samples. | ||
| − | [[File:BeamSamp.png| | + | [[File:BeamSamp.png| thumbnail |center|upright=0.85 || alt= Beam of monochromator right after NLaK (left) and Fused Silica (right) samples.| Beam of monochromator right after NLaK (left) and Fused Silica (right) samples.]] |
| − | |||
We don't see much of a scattering of the beam: | We don't see much of a scattering of the beam: | ||
| − | [[File:Beam.png| | + | [[File:Beam.png| thumbnail|center|upright=0.85 || alt = Beam shape at the end of monochromator after going through NLaK sample (left), only air (right) | Beam shape at the end of monochromator after going through NLaK sample (left), only air (right)]] |
[[File:Transmission.png||center]] | [[File:Transmission.png||center]] | ||
[[File:420nm_transmission.png||center]] | [[File:420nm_transmission.png||center]] | ||
Revision as of 22:32, 8 February 2017
We decided to do first set of measurements using only NLaK sample placing it in the centre of the X-Ray setup shelf, directly under the source. That allows to be sure about the dose rate.
Calibration of X-Ray setup was done using dosimeter with 15mm radius circular sensor, since dose depends on the area we normalized dose for NLaK piece (28x8 mm). Dose for 7.5 s using dosimeter on shelve 8 was measured to be 81.4 R, so for NLaK it should be ~25R.
We used monochromator to quantify influence of irradiation by measuring transmission. We also had Fused Silica plate used as reference to normalize NLaK measurements. Below one can see that the beam of monochromator nicely fits in samples.
We don't see much of a scattering of the beam:
