独立 1.(单独站立) stand alone 独立桥头 stand alone on the end of a bridge2.(自主自立; 不受人支配) independence 宣布独立 proclaim independence; 维护民族独立 assert national independence; 国家的独立完整 the country's independence and integrity3.(不依靠他人) independent; on one's own 独立分析问题和解决问题的能力 ability to analyse and solve problems on one's own; 独立地进行群众工作 work independently among the masses; 独立地提出纲领 put forward a programme of one's own; 独立见解 think for oneself; 独立谋生 shift for oneself; carve out a career for oneself; 应鼓励孩子们成为独立思考者。 children should be encouraged to be independent thinkers.; 独立成分 [语言学] independent element; 独立程序 stand-alone program; 独立处理 independent processing; 独立单元 separate unit; discrete cell; 独立方式 independent mode; 独立分句 [语言学] independent clause; 独立分配 independent assortment; 独立分配定律 the law of independent assortment; 独立工作 autonomous working; 独立公证人 independent surveyor; 独立关税区 separate customs territory; 独立国 independent state; 独立核算 keep separate accounts; practice [practise] independent accounting; 独立核算单位 independent accounting unit; 独立核算、国家征税、自负盈亏 conduct business accounting independently, paying taxes to the state and assuming sole responsibility for profits and losses; conduct independent business accounting, pay taxes instead of turning over their profits to the state, and assume full responsibility for their profits and losses; 独立花园洋房 villa (别墅); 独立回路 independent mesh; 独立纪念日 [美国] independence day; 独立结构 [语言学] absolute construction; 独立经营、独立核算 independent operation and business accounting; independent management and accounting; 独立控制 independent control; 独立驱动 independent drive; 独立软件 stand alone software; 独立师 independent division; 独立事件 independent event; 独立实验 independent experiment [trial]; 独立司法权 independent judicial power; 独立投资 autonomous investment; 独立团 independent regiment; 独立外交 independent diplomacy; 独立网络 isolated network; 独立系统 autonomous system; 独立研究人员 independent research personnel; 独立营 independent battalion; 独立运动 self-movement; 独立语言数据库 self-contained data base; 独立语言系统 self-contained language system; 独立智能 autonomous intelligence; 独立制动阀 independent brake valve; 独立住宅 separate house
Averages will usually be interpreted as ensemble averages, taken over a large number of independent experiments or observations . “平均”通常应理解为“总体平均”,也就是说,是指对大量独立实验或观测结果进行平均。
Averages will usually be interpreted as ensemble averages , taken over a large number of independent experiments or observations “平均”通常应理解为“总体平均” ,也就是说,是指对大量独立实验或观测结果进行平均。
In this article , after point out the basic concept of the dve and the space and time consistency , the research and the performance space and time consistency significance , the artical carries on the introduction and the comparison connected to the domestic and foreign at present the research present situation . in this foundation , the author study related technology about how guarantees the space and time consistency , the unification management of overcoming the space and time inconsistency , first guaranteed the completeness of the technology ofovercoming the space and time inconsistent . then , through to the introduction and the comparison of the present wan simulation technology , the author establishes the simulated environment oneself , passed through to the independent experiment tests , confirms the simulated environment feasibility , the effectiveness . through moves the example procedure in the simulated environment , displays the space and time inconsistency elimination after adds on the unification management , and produces the empirical result . the article finally carries on the summary of the work which did to the present stage , and forecast the following work research direction 本文在给出分布式虚拟环境和时空一致性的基本概念,研究表现时空一致性的意义之后,对国内外目前相关的研究现状进行介绍和比较。在此基础上,作者研究了如何保证时空一致性的相关技术,克服时空不一致的统一管理,首先保证了克服时空不一致技术的完备性,进而,通过对目前广域网模拟技术的介绍和比较,作者建立自己的模拟环境,经过独立实验测试,验证了模拟环境的可行性,高效性。通过在模拟环境上运行实例程序,表现出时空不一致在加上统一管理后消除,得出实验结果。
Chapter four a transfer view on experiment in physics teaching this chapter is trying to discuss the reason leading to the students " positive transfer in their physical experiment studying in the light of principles of elicitation and independent experiment , principles of discovery and characteristic experiment , principles of methodology and experimental skills , principles of approximation and experiment efficiency , and principles of reflection and experiment extension , these five aspects 第四章物理实验教学的迁移观本章从启发性原则与独立实验、发现法原则与个性实验、方法性原则与实验技能、随机性原则与实验效率、反思性原则与实验延伸等五个方面加以讨沦,努力促全韭学生物理实验学习的积极迁移。