1. High-temperature creep in refractory ceramics. Densely sintered multiphase materials

   • V. S. Bakunov

   Research Pages: 277 - 283

2. Experimental and theoretical substantiation of the creation of heat-resistant and heat-insulating materials by the method of self-compacting mixtures

   • V. N. Sokov

   Lightweight Refractories Of Self-Compacting Mixtures Pages: 284 - 289

3. Hydrostatic treatment of alpha-aluminum oxide powders part 2. Evaluation of the mechanisms of sintering acceleration

   • V. V. Storozh
   • G. Ya. Akimov

   Lightweight Refractories Of Self-Compacting Mixtures Pages: 290 - 295

4. Electric discharge sintering of ceramics based on zirconium dioxide

   • A. I. Slosman
   • S. V. Martenin

   Lightweight Refractories Of Self-Compacting Mixtures Pages: 296 - 297

5. Strength and scaling resistance of a composite based on zirconium diboride

   • G. A. Pankov
   • G. A. Fomina
   • G. E. Val'yano

   Lightweight Refractories Of Self-Compacting Mixtures Pages: 298 - 300

6. Mechanochemical activation of clays as a means for changing their physicochemical and manufacturing properties

   • V. G. Kulebakin
   • A. S. Shakora

   Lightweight Refractories Of Self-Compacting Mixtures Pages: 301 - 310

7. Special manufacturing equipment for ceramics

   • V. I. Kashin

   Equipment, Mechanization, And Automation Of Production Pages: 311 - 312

8. Combined linings of rotary kilns that reduce fuel expenditure

   • L. B. Khoroshavin
   • V. G. Flyagin
   • A. I. Prokin

   Heat Engineering Pages: 313 - 314