| 摘要 |
FIELD: instrumentation engineering, X-ray microlithography, astronomy, medicine, etc. SUBSTANCE: in compliance with process of manufacture of X-ray optical systems there are formed glass capillaries. Package is made from polycapillary monolithic glass assemblies of prismatic shape. Each of them is heated at one end to state of plasticity and the other end is kept at room temperature. Assembly is moved along axis of assembly with controlled speed, all faces of assembly are subjected to synchronous action along length in direction perpendicular to axis of assembly with speedproviding similarity of cross-section at any point of manufactured system along vertical of initial cross-section of assembly.is set in agreement with equality, where Ris specified design radius of bending of peripheral capillaries over circumference, x and y are coordinates of any capillary in any cross-section of manufactured system along vertical. Center of circumference of radius Ris assumed as start of reading of coordinates. Gear for implementation of process presents framework which carries mechanism for movement and clamping with drive from stepping motor where cold end of assembly is fixed, mechanism of synchronous turn of cams (which number corresponds to number of faces of assembly) through angle α≅ 180, about their axes, screw mechanism and guides to move support along vertical incorporating stepping motor. Heater with screen insulation is anchored on framework around forming mechanism. Framework also carries union to feed neutral medium, screen insulation of stepping motors and mechanism for movement of assembly along vertical. EFFECT: increased optical properties of system and density of packing of system. 4 cl, 7 dwg |
