【摘 要】
:
本文结合海洋技术特色专业人才培养模式改革,针对其水声探测方向的实验教学体系,进行了海洋声学开放型创新实验平台的建设。通过两大类型创新实验建设,依托海上实习平台,实施
论文部分内容阅读
本文结合海洋技术特色专业人才培养模式改革,针对其水声探测方向的实验教学体系,进行了海洋声学开放型创新实验平台的建设。通过两大类型创新实验建设,依托海上实习平台,实施开放性实践教学,教学与科研相结合以提高学生创新意识和实践能力。
Combining with the reform of training mode of marine technology specialty talents, the paper constructs an open experimental platform of ocean acoustic openness for the experimental teaching system of underwater acoustic exploration. Through two types of innovative experimental construction, relying on offshore internship platform, the implementation of open practice teaching, teaching and research to improve students’ innovative awareness and practical ability.
其他文献
简述了音频系统中安全接地的重要性,安全接地的几种方式,信号接地、屏蔽接地的定义及应注意的问题。
The importance of safety ground in audio system, several ways of s
The line-shape of catwalk of long-span suspension bridge is obtained by using the segmental catenary method to carry out the iterative calculation, where all th
This article presents in detail the assembling and welding process technique of the steel box girder tuyere blocks of Taizhou Bridge. The application of this pr
阐述标准化在橡胶机械行业新产品研发中的作用.橡胶机械行业实施标准化可缩短产品研发周期,提高产品竞争力,规范产品研发过程,避免大量的重复劳动.标准化对新产品研发具有极
Because of the computation difficulty of the beating capacity of large underwater caisson foundation on thick overburden layer ground, the geotechnieal software
Based on FEM (finite element method) program ANSYS and the OpenGL graphics, this paper develops the parametric modeling module and the computing module of the mul
Multi-pylon multi-span suspension bridge is a new type super flexible structure system, and the rigidity design of middle pylon is one of the main difficult tec
Full aero-elastic model tests are carried out to investigate wind-induced vibration of middle steel pylon of Taizhou Bridge. Model of the pylon under different
Using the temperature gradient which was proposed by continuously measuring flat steel box girder of Runyang Bridge, temperature effects of flat steel box girde
用活性炭吸附-1CS2(溶剂)解析气相色谱法测定空气中苯系物的含量,并对该方法的分离度、精确度、回收率等进行了测试.结果表明,该方法的主要技术指标符合环境空气监测的要求.