我国天然彩棉的研发现状及发展趋势

对天然彩棉的历史、纤维特点、纤维的形态结构及性能作了简要介绍，重点介绍了我国彩棉的研发现状及研发中亟待解决的瓶颈问题，最后对彩棉在我国的发展前景进行了展望。     

The aggression paradox: Understanding links among aggression, sensation seeking, and the consideration of future consequences.

Four studies involving 573 female and 272 male college students demonstrated that multiple forms and measures of aggression were associated with high levels of sensation seeking, impulsivity, and a focus on the immediate consequences of behavior. Multiple regression analyses and structural equation models supported a theoretical model based on the general aggression model (C. A. Anderson & B. J. Bushman, 2002), positing that hostile cognition and negative affect mediate the relationships between the aforementioned individual differences and aggression. Sensation seeking also predicted a desire to engage in physical and verbal aggression. The final study demonstrated that relative to those scoring low, individuals scoring high on the consideration of future consequences are only less aggressive when aggression is likely to carry future costs. (PsycINFO Database Record (c) 2010 APA, all rights reserved)     

Cognitive adaptation, psychological adjustment, and disease progression among angioplasty patents: 4 years later.

The long-term effects of the Cognitive Adaptation Theory Index (CATI) on psychological and physical health outcomes among men (n=199) and women (n=99) treated for coronary artery disease with percutaneous transluminal coronary angioplasty were examined. The CATI reflects a positive view of the self, a positive view of one's future, and a sense of personal control over daily life. This index was created from questionnaires administered during hospitalization for the initial angioplasty. Four years later, the CATI predicted positive adjustment to disease, even when initial adjustment was taken into consideration. In addition, the CATI predicted a reduced likelihood of sustaining a subsequent cardiac event over 4 yrs. This association was more robust for men. (PsycINFO Database Record (c) 2010 APA, all rights reserved)     

供应链管理的研究综述

首先阐述了供应链管理的概念，在此基础之上提出目前供应链的研究框架，并指出供应链管理实践中存在的问题，最后提出未来研究方向。     

中国石化低渗透油藏开发状况及前景

选择渗透率、油藏原始压力和油藏埋藏深度3个指标，结合中国石化已开发的286个低渗透油藏开发单元特点，将低渗透油藏细分并组合为深层高压特低渗透油藏、中深层常压特低渗透油藏、浅层低压特低渗透油藏、深层高压低渗透油藏、中深层常压低渗透油藏和浅层常压低渗透油藏6种主要类型，不同类型油藏开采特征差异较大。提出了加强储层和渗流机理研究、合理加密井网、实施精细注水、应用整体压裂改造和井筒提升技术、实施二氧化碳驱和天然气驱先导试验等改善低渗透油藏开发状况的思路，指出下一步应利用水平井和分支水平井开采各种类型低渗透油藏，提高油藏开发经济效益，开拓中国石化乃至中国低渗透油藏开发前景。     

胶体五氧化二锑研究现状及发展方向

对胶体五乳化二锑的研究现状进行了回顾，详细概述了胶体五乳化二锑的各种制备方法及其特点和适用范围，讨论了两种成胶理论。针对目前存在的问题，对胶体五乳化二锑的研究方向及研究重点提出了几点建议。     

Robotics in the factory of the future: AI in manufacturing: The NBS AMRF as an intelligent machine

Within its Automated Manufacturing Research Facility (AMRF), the U.S. National Bureau of Standards (NBS) is addressing research issues in interface standards for the fully automated factory of the future for the production of small batches of discrete parts. Consisting of robots, machine tools and computers, the AMRF is being integrated using a real-time, sensory-feedback, data-driven hierarchical control architecture. As such, the AMRF is a research tool for investigating the manufacturing enterprise as a system of intelligent machines. This paper: (1) describes the AMRF in terms of its real-time control system architecture; (2) notes the role of symbolic languages, knowledge-representation, sensory-processing and other aspects of artificial intelligence in its development; and (3) speculates on further application of AI in future intelligent manufacturing systems similar in form to the AMRF.     

The IS Organization of the Future: Four Scenarios for 2020

Four scenarios for the IS organization of 2020 are described, based on differing assumptions about two drivers: the advances in the reliability of international telecommunications and the value placed on computerization in businesses and society.     

基于PC的开放式软PLC技术

本文讨论了开放式软PLC(softPLC)的性能特点和组成结构,比较了软PLC与传统PLC技术的异同点,分析了软PLC技术在工业控制领域的实现方案,最后阐述了它的前景及发展趋势。     

改性环氧基减摩材料

介绍了一种塑料基减摩材料,它是以改性环氧树脂为主体,加入固体润滑剂及增强材料等组成,具有较为理想的摩擦学特性。还讨论了固体润滑剂、增强材料对制件摩擦学特性的影响,并展望了它们的应用前景。