Nondestructive Testing of Pressure Vessels: Nondestructive Testing Technique for Large Atmospheric Storage Tanks 压力容器无损检测&大型常压储罐的无损检测技术
Nondestructive assessment approaches to storage life of solid propellants(ⅲ)& residual life prediction method 固体推进剂贮存寿命非破坏性评估方法(Ⅲ)&预测残留寿命延寿法
A new nondestructive approach, which can make use of the dynamic storage modulus master curve to get the static relaxation modulus and static stress on the basis of the relationship, was put forward so as to assess storage life of solid propellants. 提出了根据动态和静态力学性能关系,利用动态储能模量主曲线得到静态松弛模量和静态强度,以评估推进剂老化状态的非破坏性方法。
Nondestructive Examination Technology and its Evolvement For In-Service Storage Tanks 在役储罐的无损检测技术及其研究重点
The ferroelectric field effect transistor ( FeFET) with metal-ferroelectric-insulator-semiconductor ( MFIS) structure has drawn much attention because of its advantage such as nondestructive readout and high storage density. 由具有金属-铁电-绝缘层-半导体(MFIS)结构的铁电场效应晶体管(FeFET)组成的铁电存储器以其非破坏性读出、存储密度高等优点引起国内外研究者的关注。
It is necessary to develop nondestructive testing technique to guarantee the safety operation of storage tank, which has great value for industrial application and scientific research. 针对大型储罐安全运行需要,开展大型储罐壁板无损检测方法研究具有重要的工程使用价值和科学研究意义。
Digital holography detection is an important method for laser nondestructive testing technology, which uses digital way to realize its record, storage and reconstruction process. 数字全息检测是激光无损检测技术的一个重要方法,其记录、存储、和再现过程全部采用数字化的方式。