Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

、压、万能试验机、冲击机、X光拍片射线探伤机等制造压力容器检验设备。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

针对压力容器制造过程中的实际情况,将现代化的精益生产、并行工程、全面质管等先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

本文首先通过分析复合脆化处实验、伸实验和缺口试件四点弯曲实验的结果，考察比较某核压力容器钢在脆化处的室温和低温力学性能。

Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

抗拉、抗压、万能试验机、冲击机、X光拍片射线探伤机制造压力容器检验设备。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

针对压力容器制造过程中的实际情况,将现代化的精益生产、并行工程、先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

本文首先通过分析复合脆化处实验、拉伸实验和缺口试件四点弯曲实验的结果，考察比较某核压力容器钢在脆化处前后的室温和低温力学性能。

Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

抗拉、抗压、万试验机、冲击机、X光拍片射线探伤机等制造压力容器检验设备。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

针对压力容器制造过程中的实际情况,将现代化的精益生产、并行工程、全面质管理等先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

本文首先通过分析复合脆化处理实验、拉伸实验和缺口试件四点弯曲实验的结果，考察比较某核压力容器钢在脆化处理前后的室温和低温力学性。

Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

抗拉、抗压、万能试验机、冲击机、X光拍片射机等制造压力容器检验设备。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

针对压力容器制造过程中的实际情况,将现代化的精益生产、并行工程、全面质管理等先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

本文首先通过分析复合脆化处理实验、拉伸实验和缺口试件四点弯曲实验的结，比较某核压力容器钢在脆化处理前后的室温和低温力学性能。

Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

抗拉、抗压、万能试验机、冲击机、X光拍片射线探伤机等制造压力容器检验设备。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

针对压力容器制造过程中实际情况,将现精益生产、并行工程、全面质管理等先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

先通过分析复合脆处理实验、拉伸实验和缺口试件四点弯曲实验结果，考察比较某核压力容器钢在脆处理前后室温和低温力学性能。

Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

抗拉、抗、万能试验机、冲击机、X光拍片射线探伤机等制容器检验设备。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

针对容器制过程中的际情况,将现代化的精益生产、并行工程、全面质管理等先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

本文首先通过分析复合脆化处理验、拉伸验和缺口试件四点验的结果，考察比较某核容器钢在脆化处理前后的室温和低温学性能。

Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

抗拉、抗压、万能试机、冲击机、X光拍片射线探伤机等制造压力容器检设。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

压力容器制造过程中的实际情况,将现代化的精益生产、并行工程、全面质管理等先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

本文首先通过分析复合脆化处理实、拉伸实口试件四点弯曲实的结果，考察比较某核压力容器钢在脆化处理前后的室温低温力学性能。

Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

抗拉、抗压、万能试验机、冲击机、X光拍片射线探伤机等制造压力容器检验设备。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

针对压力容器制造过程中的实际情况,将现代化的精益生产、并行工程、全面质管理等先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

本文首先通过分析复合脆化处理实验、拉伸实验缺口试件四点弯曲实验的结果，考察比较某核压力容器钢在脆化处理前后的室力学性能。

Inspection equipment for producing pressure containers, such as tensile ,compression and universal testing machine ,impact machine ,X-ray defectoscope.

抗拉、抗压、万能试验机、冲击机、X光拍片射线探伤机等制造压力容器检验设备。

According to the practice of pressure vessel production,modern superfines production,concurrent engineering and quality management were applied in production process.

针对压力容器制造过程中实际情况,将现代化精益生产、并行工程、全面质管理等先进技术应用其中。

Heat treatment and pre-strain, tensile test of the material and four point bending test have been carried to obtain the mechanical property of the undegraded and degraded material at low temperature.

本文首先通过分析复合脆化处理实验、拉伸实验和缺口试件四点弯曲实验结果，考察比较某核压力容器钢在脆化处理前后和低力学性能。