probe material

The characteristics of fluorescence material absorption and emission are analyzed, and the optic-fiber temperature measurement probe based on Cr ∶ LiSAF is developed.

分析了系统荧光材料的吸收和发射特性，研制了Cr∶LiSAF的光纤测温探头。

Probe into thermal fatigue fracture behaviour of certain cast steel wheel material under thermal cycling of 600 ℃~ 20 ℃

铸钢车轮材料在600℃~20℃循环温度幅下热疲劳断裂行为探讨

Technique, such as electronic probe, XRD, optical microscope, micro-hardness and macro hardness test, are applied to investigate the microstructure, phase structure, and analyze the alloy element distribution of metallurgical bonding layer and the material mechanical property changes.

利用电子探针、XRD、光学显微镜、显微硬度和宏观硬度测试等手段，研究扩散件试样的显微组织、物相结构，分析冶金结合层中合金元素分布和材料内部力学性能变化。

The paper first determined the range of Zhongjiashan goaf material-probe method and pit base investigation.

结合物探、坑底调查等方法对钟家山煤矿采煤区的现场勘察,确定采空区的范围.

The probe of typical steels has specific features in measurement, material, thermal couple arrangement, etc.

常用钢热探头在尺寸、材料、热电偶布置等方面不同于以往的评价方法中使用的热探头。

In addition, this manuscript studies different influence that cements with different SO_3 content give sand-cement grout, cement-fly ash binder, cement fly-ash stabilized hoggin and probe the action that SO_3 appears in different material system.

此外，本文还通过研究不同SO3含量的水泥对胶砂试块、水泥粉煤灰结合料以及水泥粉煤灰稳定碎石材料的强度性能的影响，探讨SO3在不同材料体系中的作用。

A Probe into developing new material for bearing wall

发展新型承重墙体材料的探讨

The attosecond pulse can probe ultrafast electron dynamics in atoms and reveal public material structure and dynamics characteristic.

阿秒（10-18s）脉冲可以探测原子内电子的超快动力学过程，从而揭示物质的结构和动力学特征。

The probe method for measuring the thermal conductivity of multifunction material hollow glassy microsphere is presented.

介绍了一种用探针法测定多功能新材料空心玻璃微球热导率的方法.

Because of its broadband-capability, opened-structure and wide-compatibility, the open-ended coaxial probe ( OECP) is essentially applicable for in-vivo testing of materials' electromagnetic ( EM) parameters and has tremendous potentials of applications in material science, and in non-destructive test as well.

开口同轴探头由于具有频带宽、结构开放和适应面广等特点，特别适合于在线、在体测量介质材料的电磁参数，并在材料科学研究、非破坏性检测等方面具有极大的应用潜力。