汉语词汇隐喻的英译策略

隐喻作为一种思维方式,体现人类的认知和文化。汉语词汇丰富的隐喻在英译时需要灵活处理,可以根据不同语境、文化内涵和隐喻的凸显程度,对其进行直译、意译、转换目标域或直译加释义。     

流媒体技术特点及其在现代教学模式中的作用探究

主要分析了四种流媒体格式的技术特点，并对流媒体技术在网络课程建设中的应用以及对建立新型教育教学模式的积极作用展开了探讨。     

药学实验教学内部评估机制构建

该文研究了基于发展性课程评价构建药学类实验教学评价体系,为提高和改进药学基础性、专业性、综合性、设计性实验教学提供理论和实践依据,服务于药学创新人才的培养。     

Target Situation Analysis and Present Situation Analysis in Planning an Oral Presentation Course

Needs analysis is an essential step in planning an oral presentation course in an ESP context.This paper illustrates two important areas in the relevant needs analysis: target situation analysis and present situation analysis.     

目标变量不完全情形下的最小二乘回归插补

充分利用对辅助变量的回答所提供的变量信息，采用最小二乘方法，给出了目标变量不完全情形下对其的一种回归插补，并对回归差补的期望和方差进行了讨论。     

A New Implementation of the Post-Stage Tasks of Motion Estimation Using SIMD Architecture

IntroductionThe MPEG2 [1] video compression standard is oneof the key technologies for applications such asdigital broadcasting,storage media,etc.Recently,some single chip video encoders havebeen developed for the MPEG2 standard. Thedevelopment of hardware architecture suitable forsystem integration is the key to single chipimplementation.Motion estimation/compensation is the keypart of a single MPEG2 video encoder chip. It hasa great impact on the chip size,the powerdissipation,and the …     

《洗澡》英译本的全息翻译观探析

作者用＂全息翻译＂的观点,探析了选自小说《洗澡》英译本的八个译例,指出了译例所反映出的原著信息传递错误或不全的问题。在此基础上,他们主张译者应尽可能多地将原著所蕴含的信息传递给广大译语读者,并提出了实现＂全息翻译＂的五个可行做法。     

输变电工程监理目标控制浅述

结合输变电工程特点,运用监理目标控制理论,介绍了输变电监理目标体系,提出可用事前、事中、事后3个控制方法对目标进行有效的闭环控制。     

眼科病床合理安排的数学模型

通过3个重要评价指标,基于TOPSIS理论,建立了评价病床安排优劣的数学模型.提出了3种住院规则,并分别通过MATLAB编程求出各规则下每个评价指标的系数和密切值值的大小,从而获得眼科病床的合理安排模型.     

A liquid helium temperature target with a 10 K vapor shield for shock compression experiment in the environment condition of 100 Pa

The shock compression experiment of liquid helium is an available way to gain properties of specimen at high temperatures and pressures.Based on Fluent,a thermal insulation analysis and design of a liquid helium temperature target in the environment condition of 100 Pa for shock compression experiment is performed.Then,a cryogenic target with a 10 K helium vapor shield and a separated vacuum interval is particularly developed.A lowest temperature of 3.63 K and a stable temperature of 3.70 K in the specimen cavity with an accuracy of 0.1 K are obtained by means of continuous flow and vacuum cooling.Both time-consuming and temperature stability are well-suited to the requirements of the shock compression experiment.The results show that the calculated and experimental data well-matched each other.The simulation method may be effective and feasible for the optimal design of the cryogenic target.