4　精密设备及仪器容许振动标准

• 4.1　一般规定

• 4.2　精密设备及仪器容许振动值

5　规划设计

• 5.1　一般规定

• 5.2　防振距离

• 5.3　厂区布置

6　建筑结构防微振设计

• 6.1　一般规定

• 6.2　防微振措施

• 6.3　微振动验算

7　隔振设计

• 7.1　一般规定

• 7.2　主动隔振

• 7.3　被动隔振

8　防微振工程施工质量验收

• 8.1　一般规定

• 8.2　防微振工程地基处理施工质量验收

• 8.3　块体式混凝土防微振基础施工质量验收

• 8.4　防微振工程结构施工质量验收

• 8.5　精密设备及仪器隔振工程施工质量验收

• 8.6　动力设备及管道隔振工程施工质量验收

• 8.7　防微振工程施工质量验收

附录A　微振动测试分析

• A.1　一般规定

• A.2　测试设备及仪器

• A.3　测试设备及仪器安装

• A.4　振动数据采集

• A.5　场地环境振动测试

• A.6　建筑物振动测试

• A.7　防微振基台振动测试

• A.8　振动数据分析

附录B　多振源振动响应叠加计算

• B.1　一般规定

• B.2　多振源振动响应叠加计算

4 Allowable value of vibration of precision instrument and equipment

• 4.1 General requirements

• 4.2 Allowance value of vibration

5 Planning and design

• 5.1 General requirements

• 5.2 Anti-microvibarion distance

• 5.3 Plant layout

6 Anti-microvibration of building sturctures

• 6.1 General requirements

• 6.2 Anti-microivration meatures

• 6.3 Microvibration checking calculation

7 Isolation design

• 7.1 General requirements

• 7.2 Active isolation

• 7.3 Passive isolation

8 Acceptance of constructional quality of antimicrovibration engineering

• 8.1 General requirements

• 8.2 Acceptance of constructional quality of foundation treatment

• 8.3 Acceptance of constructional quality of cubage concrete anti-microvibration foundation

• 8.4 Acceptance of constructional quality of structure of anti-microvibration engineering

• 8.5 Acceptance of constructional quality of isolation engineering of precision instrument and equipment

• 8.6 Acceptance of constructional quality of isolation engineering of power equipment and pipe

• 8.7 Acceptance of constructional quality of anti-microvibration engineering

Appendix A Microvibration testing analysis

Appendix B Superposition calculation of different and multiple sources vibration