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neutron Laue diffraction The Laue diffraction technique is very simple. If placed in a white neutron beam a crystal produces a diffraction pattern which is characteristic of both its lattice symmetry and

to the diffraction position. Finally the fourth circle 2θ, rotates the detector to the diffracted beam. The closed Eulerian Cradle of D9 is stout enough to accommodate sample environment devices such as

used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 416 Ki)

used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 443 Ki)

used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 440 Ki)

used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam. (pdf - 2.35 Mi)

used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 0.92 Mi)

used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 749 Ki)

used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 494 Ki)

used on a polarised neutron instrument or inside a cryomagnet. Dimensions of the TiZr cell in the beam (pdf - 774 Ki)