The powders of calcium-doped lanthanum chromite were synthesized by the low temperaturecombustion methodusing organic precursor prepared by citric acid-nitrate system,and some process parameters were optimized by orthogonal experiment.

This paper introduces the preparation methods and application fields of the doped lanthanum chromite material, expounds its performance advantages and study trends in each application field, and analyzes its market prospect.

Lattice distorts and lattice parameters of lanthanum chromite decrease with increasing Sr content.

Binder,shaping method and pressure are key processing parameters for blank shaping of lanthanum chromites electrothermal pipe.

Nano-powder of lanthanum chromites were synthesized by low-temperature combustion method.

Low-temperature combustion synthesis of lanthanum chromites (La_(1-x)Ca_xCrO_3) super-fine powder was carried out by using lanthanum and chromium nitrate as cationic sources and oxidant,and ammonium nitrate as combustion aid.

The results show that Li element doping results in decrease of the LaCrO_3 lattice parameters and the synthetic temperature of Li-doped lanthanum chromate.

: The physical,chemical and electrical natures of LaCrO 3 heating material as well as the performances,purposes and using methods of the heating elements made of the material are introduced.

Synthesis of Nanocrystalline La_(1-x)Sr_xCrO_3 by Sol-Gel Method;

Preparation and Sintering Behavior of Nano-scale La_(1-x)Sr_xCrO_3 Powder;

Nano-La_(1-x)Sr_xCrO_3 was prepared by sol-gel process and was compacted into green bodies under high pressure.