高效数字化测图方法——拼音简码法

拼音简码法是编码测图的一个分支，是在外业采集细部点时，采用点名拼音简码形式快速记录点位的信息属性，单位时间测绘效率是全野外采点绘制草图法的1．5倍。介绍了拼音简码法的操作方法，并与传统誊集方法做了比较。     

A different kind of revolutionary change: transformation from object to process concepts

I propose a new perspective with which to understand scientific revolutions. This is a conversion from an object-only perspective to one that properly treats object and process concepts as distinct kinds. I begin with a re-examination of the Copernican revolution. Recent findings from the history of astronomy suggest that the Copernican revolution was a move from a conceptual framework built around an object concept to one built around a process concept. Drawing from studies in the cognitive sciences, I then show that process concepts are independent of object concepts, grounded in specific regions of the brain and involving unique representational mechanisms. There are cognitive obstacles to the transformation from object to process concepts, and an object bias—a tendency to treat processes as objects—makes this kind of conceptual change difficult. Consequently, transformation from object to process concepts is disruptive and revolutionary. Finally, I explore the implications of this new perspective on scientific revolutions for both the history and philosophy of science.     

Attentional negativity bias moderated by positive mood arousal

Automatically allocation of more attention to negative stimuli is called emotional negativity bias. An event-related potentials (ERPs) experiment investigated whether or not this bias was altered by positive mood arousal. The results suggested that the attention bias towards negative stimuli was attenuated when positive information was accessible.     

浅谈如何提高建筑工程施工现场管理

施工现场管理是工程项目管理的关键部分,是施工企业生产经营活动的基础,科学施工现场管理,对保证工程质量、降低成本、缩短工期,提高建筑企业在市场中的竞争力起着重要作用。本文就建筑工程施工现场管理进行了分析。     

Incoherent control of two classes of finite-level quantum systems

The incoherent control of finite-level quantum systems is investigated.Following a brief introduction to coherent control paradigms in quantum control,a control problem that can not be accomplished using only coherent control is presented.For such a control problem,it is proved that it can be accomplished using incoherent control based on projective measurement and coherent control for two classes of finite-level quantum systems,i.e.,eigenstate controllable quantum systems and wavefunction controllable quantum systems.     

以现代语言学理论为基础的修辞学——也评《现代修辞学》

语言与言语的区分是现代语言学极为重视的基本理论问题.王德春先生的论著<现代修辞学>革新了传统修辞学的写作模式,"以现代语言学理论为基础,从语言和言语这两个不同的角度,探讨修辞的性质和作用",并将重点放在以言语环境为基础,探寻话语整体和言语规律,从言语修养诸多方面将修辞研究提升到建构修辞理论的高度.<现代修辞学>是国内以现代语言学理论为基础的修辞学研究的开山之作,是为建立现代修辞学理论体系艰苦努力的研究成果.     

高校图书馆深化信息服务刍议

本文从社会发展的外部环境和高校图书馆自身的内部环境两方面，论述了高校图书馆开展信息服务工作的必要性和可行性，并提出高校图书馆开展信息服务工作应注意的几个问题。     

苏通大桥主桥中跨顶推辅助合龙技术

通过综合国外顶推合龙工艺和国内温度配切合龙工艺优点，提出了全新的顶推辅助合龙工艺，并介绍了顶推辅助合龙工艺实施条件、关键施工参数和主要工艺措施的计算分析要点以及实施情况。     

On-chip natural assembly of silicon photonic bandgap crystals.

Photonic bandgap crystals can reflect light for any direction of propagation in specific wavelength ranges. This property, which can be used to confine, manipulate and guide photons, should allow the creation of all-optical integrated circuits. To achieve this goal, conventional semiconductor nanofabrication techniques have been adapted to make photonic crystals. A potentially simpler and cheaper approach for creating three-dimensional periodic structures is the natural assembly of colloidal microspheres. However, this approach yields irregular, polycrystalline photonic crystals that are difficult to incorporate into a device. More importantly, it leads to many structural defects that can destroy the photonic bandgap. Here we show that by assembling a thin layer of colloidal spheres on a silicon substrate, we can obtain planar, single-crystalline silicon photonic crystals that have defect densities sufficiently low that the bandgap survives. As expected from theory, we observe unity reflectance in two crystalline directions of our photonic crystals around a wavelength of 1.3 micrometres. We also show that additional fabrication steps, intentional doping and patterning, can be performed, so demonstrating the potential for specific device applications.     

X80级管线钢的开发研究

根据X80级管线钢技术要求,对湘潭钢铁(集团)有限公司试制X80级管线钢进行成分设计、相变规律和再结晶规律研究,开发出了1 016×22.0 mm X80级热轧钢板.检验结果表明,各项性能指标均满足技术要求.