The processing map and activation energy map of the alloy were established by using tested data,and mi- crostructure evolution of deformed samples was also examined.

One reason why the forging of FGH96(Chinese PM Nibased Superalloy) superalloy is often unsatisfactory is the lack of its processing maps.

Microstructure observations suggested that the processing map could be characterized by four domains:dynamic recrystallization domain at 450—500℃and about 0.

Do some research and practice the smelting, forging, rolling of 00Cr25Ni6Mo2N seamless tube bloom; summarize the key problems in the producing, such as phase ratio control, steelmaking, hot processing.

The basic principle of sapphire optical fiber high temperature sensor and optical signal process are introduced, the measurement ways in hot processing are analyzed.

Alloying and hot processing technologies have important effects on microstructure, properties and forming of TiAl alloys.

While the post-homogenization special treatments made a portion of γ′-phase coarse,and the hot-working pla.

The hot-working and heat treatment technologies for W9Cr4V2Mo Steel were studied in this paper.

A glass ceramic coating used for the protection of Ti alloy from oxidation during heat treatment and working process has been successfully developed.

Analysis on Hot Working Crack and Process Optimization for High-Sulfur Stainless Steel SUS 416;

The content and method of physical and numerical simulation on microstmcture evolution of GH4169 alloy during hot working process,as well as the recent development at home and abroad are introduced systematically.

The design of the rolling pass schedule of steels requires a fundamental understanding on what happens during the hot working and how to describe these physical phenomena quantitatively.

In the paper, the current situations of the researches on non thermal processing and the commercial application of the technology to fruit and vegetable juices are introduced.