1) stepping practice model
阶梯式实习模式
1.
To satisfy the growing demands from the tourism market,we put forth a stepping practice model,i.
旅游管理专业针对旅游市场的人才需求特点,以人才培养为中心,逐渐形成了由认识性实习———上岗性实习———顶岗性实习的阶梯式实习模式,并摸索出实习的评价方式。
2) "ladder-mode" experiments
"阶梯式"实验
3) practice mode
实习模式
1.
This problems are about the practice mode, taking-turns table, discipline and evaluating the results.
介绍了合肥工业大学在实行学分制的过程中,作为实践性教学环节的金工实习教学所采用的"分散+集中"的实习模式、工种轮换表的排定方法、学生纪律管理和成绩评定方法,并阐述了由此产生的种种问题。
2.
After analyzing the construction of practice base, the arrangement of practice content, employment aspect and market requirement, the new style qualified personnel and new style specialty practice mode are brought up.
同时提出了新的专业实习模式及人才培养方案建议,为本专业的实习及人才培养提供了借鉴。
4) practice pattern
实习模式
1.
With the advancement of educational reforms in colleges and universities, the original practice pattern of the inorganic nonmentallic materials specialty displays some disadvantages, and the specialty practice is faced with a great many difficulties.
随着高等教育改革的不断推进 ,无机非金属材料专业原有的实习模式存在种种弊端 ,专业实习面临诸多困难。
5) practice model
实习模式
1.
The comparative study on the educational practice models of China, America, England,France and Germany shows that foreign educational practice has four characteristics and our Chineseeducational practice has three weakpoints.
中、美、英、法、德五国教育实习模式的比较研究发现,国外教育实习具有四个特点,而我国教育实习则有三点不足。
2.
Based on the present situation of practice of higher education in China and the practice model of the specialty of business management engineering of Liaoning Institute of Technology in the past few.
针对我国许多高校专业实习的现状,结合辽宁工学院企业管理工程专业近几年的实习模式,对企业管理工程专业实习模式做了深入、具体的探索。
6) ladder-shape punch
阶梯式凸模
1.
Introduced design method and points of separation combined extruding die with ladder-shape punch in extruding die, stated extruding die design process and thought using practical example.
介绍了挤压型材模具中,具有阶梯式凸模的分流组合模设计的方法和设计要点,用实例阐述了该类型模具的设计过程和设计思路。
补充资料：反射式阶梯光栅(reflection stepped grating)
分子式：
CAS号：
性质：又称反射式阶梯光栅(reflection stepped grating)。其性质介于小阶梯光栅和阶梯光栅之间。它与闪耀光栅不同，不以增加光栅刻线，而以增大闪耀角(高光谱级次和加大光栅刻划面积)来获得高分辨本领和高色散率。例如当8～80条/mm刻线，60°～70°闪耀角，40～200级高光谱级次时，分辨本领大于106。普通闪耀光栅为105。但它每一级光谱区很窄，只有1～10nm。可用交叉色散法将这些上百级次的光谱分开。
CAS号：
性质：又称反射式阶梯光栅(reflection stepped grating)。其性质介于小阶梯光栅和阶梯光栅之间。它与闪耀光栅不同，不以增加光栅刻线，而以增大闪耀角(高光谱级次和加大光栅刻划面积)来获得高分辨本领和高色散率。例如当8～80条/mm刻线，60°～70°闪耀角，40～200级高光谱级次时，分辨本领大于106。普通闪耀光栅为105。但它每一级光谱区很窄，只有1～10nm。可用交叉色散法将这些上百级次的光谱分开。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条