[en] The description of a five-meter module of a linear accelerator designed for a linear collider which is under development is presented. Test results of separate systems of the module are given. 9 refs., 1 tab., 4 figs

[en] 2.88 m length precision solenoid with 4 kGs peak field, designed for conducting investigations into electron cooling as well as for UNK antiproton source, is developed. A sharpened solenoid option, comprising similar sections is chosen. The section juncture is performed in such a way 80 that not to distruct the geometrical shape of of the spiral, i.e. the first turn of the second section is the geometrical continuation of the last turn of the first section. The solenoid cooling circuit is parallel. Water inlet and outlet are located in the beginning and in the end of the section. Magnetic measurement results are presented. The force line root-mean-square deviations in the vertical and horizontal planes are respectively equal to ≅ 4x10^-5 and 5x10^-5 rad

[en] Design and experimental studies are now under way to develop a 150 MW relativistic klystron at 14 GHz as a possible RF power source for the linear collider VLEPP. The present status of this work and the design parameters of the klystron are reported. Preliminary test results are presented. (R.P.) 3 refs.; 5 figs.; 3 tabs

[en] Status of the industrial production of linear collider accelerating sections with operating frequency of 14 GHz and acceleration rate of 100 MeV/m is described. Requirements for the accuracy of manufacturing of accelerating sections are determined. The shaping lathe is developed. The technology of section connection is found. 4 refs., 2 figs

[en] Design and experimental studies are now under way to create a relativistic klystron as possible RF power source for the linear collider VLEPP. The present status of this work is reported. copyright 1995 American Institute of Physics