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1·A calculation method of bursting pressure for ultra-high pressure vessel is presented in the paper.

本文介绍一种计算超高压容器爆破压力的方法。

2·This paper reported a rapid hydrolysis method of food protein using microwave oven and high pressure vessel technique.

本文报导了微波高压罐技术快速水解食物蛋白质，荧光分光光度法测定色氨酸含量的方法。

3·This paper reported a rapid hydrolysis method using microwave high pressure vessel technique to determine 17 kinds of amino acids of food protein.

本文报导了采用微波高压罐水解技术快速水解食物蛋白质，并测定其17种氨基酸含量的方法。

4·The article describes the reinforcement design of openings on high pressure vessel shells as well as reinforcement component type and welding techniques.

介绍高压容器筒体开孔补强设计以及开孔补强件类型及焊接方法。

5·Inspect results show that AE inspect technology not only can apply to monolayer pressure vessel, but also apply to multilayer binding high pressure vessel.

检测结果表明，声发射检测技术不仅适用于单层压力容器，而且也同样适用于多层包扎高压容器的检测与安全可靠性的评定。

6·An introduction of drawing process of Safety Supervising Rule for Super-high Pressure Vessel and several explanations of some clauses are given in this paper.

本文主要介绍《超高压容器安垒监察规程》的编制过程，并对规程中的某些条款作了说明。

7·Design calculation of dual semi-ring (DSR) high pressure vessel is introduced in this paper. It USES the method of stress analysis based on the theory of shells.

介绍了双合环高压容器的设计计算，它应用基于壳体理论的应力分析方法。

8·A new type structure of wire wound super-high pressure vessel was presented. By the analysis of new type wire wound force state, it formularizes the stress calculation.

提出了一种新型绕丝式超高压容器的结构，并对其进行了应力状况分析，推导出了绕丝层的应力计算公式。

9·The pre-tensile stress in wire layer of new type wire wound super high pressure vessel was analyzed, and yielding stress calculation of the wire layer was been formularized.

提出了一种新型绕丝式超高压容器的结构，并对其进行了应力状况分析，推导出了绕丝层的应力计算公式。

10·The use scope of super high pressure vessel is becoming more and more wider, and peoples requirements with the safety performance of super high pressure vessel are also severe.

超高压容器的应用范围越来越广，人们对超高压容器安全性的要求也越来越高。