球形容器无模爆炸成形技术是一种整体成形新技术。
Non-die explosive forming of spherical vessels is a new technique of the whole forming.
应用可靠性设计方法，对球形容器的静强度进行分析。
By application the reliability design methods, the static strength of pressure spherical vessel is analyzed.
提出了单曲率多面壳体高温胀形制造球形容器工艺的基本思想。
The basic idea of single curvature polyhedron high temperature bulging technology for manufacturing spherical tanks is put forward.
本文介绍了几种典型压力容器：球形容器、高压洗涤器的焊接工艺评定。
This paper introduces some welding procedure qualifications for spherical storage tanks, high pressure scrubbers.
检验修复评定的结果表明这些探讨和结论可以广泛地应用于各类大型的球形容器。
The results of the inspection, repair and evaluation indicate that this technology can be widely used in spherical tanks of various kinds.
作为大型球形容器主要附属设备之一的盘梯，其最佳设计方案应该是等倾角上升的。
The spiral stairway is one of the main auxiliary equipments of large spherical vessels.
在最苛刻的气压与液压试验条件下，对球形容器初始静强度的可靠度范围进行定量分析。
By using this method, it is quantitative analyzed that reliability range of virgin static strength of spherical vessel at pressure test of all severe condit…
一旦需要下沉时，可将半球形容器逐个分开进水，当重力等于浮力时，潜水器可悬浮在水中。
Once needing sinkage, the semi-spherical containers can be gradually opened for water inlet; when gravity is equal to buoyancy, the diving device can suspend in the water.
开展加管道球形容器内预混气体爆炸实验研究在化工和石化企业中具有重要的科研和实用价值。
In chemical and petrochemical industries, it is of scientific research and practical value to develop experimental investigation into explosion of premixed gases in spherical shape vessel added pipes.
通过实验并采集球形容器球瓣片成型数据，总结出了一种较为新颖的球壳板一次下料展开计算方法。
Based on experiment and collection of the spheroid container ball slice to model data, a new method is proposed to the shell plate and descends to anticipate using one calculation method.
本文从球形容器中理想气体入手，用一种简单易懂且不失一般性的方法，推导出理想气体压强公式。
A concise derivation of the pressure formula of ideal gases is given by considering the gas molecules moving within spherical container.
但在成形过程中，壳体赤道环焊缝处极易向内收缩，从而引发该处的失稳起皱，严重影响了球形容器的质量。
But in the forming process, equator of the shell tends to withdraw inwards and therefore creates wrinkles here, which badly affects the quality of the vessel.
通过对钢制内压球形封头和圆筒形容器的应变测量及应力进行分析，发现了数据中存在的一些问题。
By measuring the strain of the steel internal pressure vessel which has a hemispherical head and a cylindrical shell, analyzing the stress, we discover the data exists the problem.
通过对钢制内压球形封头和圆筒形容器的应变测量及应力进行分析，发现了数据中存在的一些问题。
By measuring the strain of the steel internal pressure vessel which has a hemispherical head and a cylindrical shell, analyzing the stress, we discover the data exists the problem.
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