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This cell is made from hardened CuBe and provides a Ø12 x 56 mm3 sample volume, i.e. 6.3 ml. A separator may be used when the amount of available sample is low (6 ml required). It can also be provided

for the cell body, there is very little coherent scattering. The maximum sample dimensions vary with cells and pressure ranges. Most cells fit into standard "Orange" cryostats. These pressure cells are available ... In these cells the pressure is continuously adjusted from 0 to Pmax while the sample is in the beam. The cell is linked via a flexible ...

The prototype cell was tested successfully on D11 in June and July 2015 and several versions are being manufactured: 50 MPa for Spin-Echo providing Ø30 mm incident beam access (see cell 22PL05AO4 ) 300 ... for SANS providing Ø10 mm incident beam access (2 copies, see cell 21PL30AO2 ) 500 MPa for SANS (2 copies) JRA series: A new Pressure Cell for ...

maximum pressure is 250 MPa, i.e. 2.5 kbar up to 100°C. Sketch of the TiZr cell in the beam (pdf - 1.18 Mi) Drawing of the TiZr cell - Click on the image to download the corresponding PDF file ... This cell is made from TiZr alloy and provides a Ø12 x 56 mm3 sample volume, i.e. 6.3 ml. A separator may be used when the amount of available sample is ...

This cell is made from TiZr alloy and provides a Ø12 x 56 mm3 sample volume, i.e. 6.3 ml. A separator may be used when the amount of available sample is low (6 ml required). It can also be provided with ... without separator. The maximum pressure is 600 MPa, i.e. 6 kbar up to 100°C. Dimensions of the TiZr cell in the beam Aluminium inserts making ...

This cell is made from hardened CuBe. It has a Ø12 x 57 mm, i.e. 6.4 ml, sample volume and uses helium as the pressure medium. The pressure is generated using a standard gas compressor. For powders, the ... , it may be used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 416 Ki)

This cell is made from the aluminium alloy 7049-T6. It has a Ø12 x 57 mm, i.e. 6.4 ml, sample volume and uses helium as the pressure medium. The pressure is generated using a standard gas compressor. For ... , it may be used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 443 Ki)

This cell is made from TiZr alloy . It has a Ø12 x 57 mm, i.e. 6.4 ml, sample volume and uses helium as the pressure medium. The pressure is generated using a standard gas compressor. For powders, the ... , it may be used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 440 Ki)

This cell is made from hardened CuBe. It has a Ø6 x 70 mm, i.e. 2 ml, sample volume and uses helium as the pressure medium. The pressure is generated using a standard gas compressor. For powders, the sample ... , it may be used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 749 Ki)

matrix Ti-Zr alloy is used for the cell body, there is very little coherent scattering. The maximum sample dimensions vary with cells and pressure ranges. Most cells fit into standard "Orange" cryostats ... In these cells, the pressure can be continuously adjusted from 0 to Pmax while the sample is in the beam. The cell is linked via a 'flexible' ...