[en] Design features are considered and the results of measurements of the characteristics of a full-scale hadron calorimeter with 1 m² aperture, about 8 t in weight and the 10x10 cm cell are presented. The polysterene scintillator made by the moulding method has been used in the calorimeter. The calorimeter is aimed at measuring neutron energy in experiments with hyperon beams. The calorimeter possesses a good spatial (14 mm at 37.5 GeV energy) and energy (0.7/√E) resolution and permits to detect both charged and neutral hadrons in the wide energy range. The calorimeter is easily producible and reliable in operation. The calorimetr design permits to assemble detectors of a large aperture by joining of some modules with 1x1 m cross section

[en] A 1024 channel scintillation hodoscope design is described. It has 2 detection planes, which are completely identical structures. The hodoscope is of octagon shape, and its cross section is 4080x4080 mm, the fiducial area is 3584x3584 mm. The width of the element is 14 mm. 4 refs.; 4 figs.; 1 tab

[en] Design of hodoscopic hadron calorimeter with cellular structure on the basis of cast scintillator and spectrum cylindrical lightguide-mixer is described. Detector characteristics are investigated at 25 and 37.5 GeV energy hadron beam. Calorimeter allows to measure energy and coordinates of several particles simultaneously

[en] The regular-octagon hodoscope comprises two independent registering planes of identical design. The cross-section is 4,080 x 4,080 mm. The sensitive-region dimensions are 3,584 x 3,584 mm. The element width equals 14 mm. 5 refs., 5 figs., 1 tab

[en] Design of 1024 channel scintillation hodoscope designed for conducting the investigations in the field of neutrino interaction physics is described. The hodoscope contains two identical recording planes made in the form of a regular octagon. The hodoscope plane contains 512 scintillation elements made of polymethylakrylate-base scintillation material. The scintillation element has 12x14 mm cross section and 2110-1150 mm length. The plane lateral dimensions are 4080x4080 mm and the size of its sensitive region is 3584x3584 mm. The internal hodoscope communications and its adjustment procedure are considered