太钢高炉原料技术进步

对太钢高炉原料技术进步及炉料结构的优化进行了总结.近几年太钢高炉通过采取增加烧结矿比例、优化炉料结构、提高入炉矿品位等措施,并不断改进操作制度,使各项技术经济指标逐年提高,炼铁生产水平有了明显进步,2003年1季度全厂高炉利用系数达2.392,入炉焦比降到了366 kg/t.     

太钢4号高炉提高煤比实践

对太钢4号高炉提高煤比的生产操作经验进行了总结。通过采取精料、高风温、改进高炉操作、加强喷煤操作等措施,并努力协调好高炉护炉和增加煤比、增产、改善铁水质量、低硅冶炼的关系,使太钢4号高炉月平均煤比达到161.22kg/t。     

武钢2号高炉生产操作实践

对武钢2号高炉生产操作进行了总结,指出了今后生产操作需要解决的问题。2号高炉大修改造投产后,不断改进和优化高炉操作,使主要技术经济指标取得了较大进步,2001年上半年利用系数达达到2．002,入炉焦比降至403．2kg/t,煤比113．3kg/t.     

武钢2号高炉生产操作实践

对武钢2号高炉生产操作进行了总结,指出了今后生产操作中需要解决的问题。2号高炉大修改造投产后,不断改进和优化高炉操作,使主要技术经济指标取得了较大进步,2001年上半年利用系数达到2.002,人炉焦比降至403.2 kg/t,煤比113.3 kg/t。     

太钢炼铁技术的进步

近年来,太钢炼铁厂在精料、喷煤技术、高炉强化冶炼方面不断追求技术进步,使炼铁生产水平逐年提高,各项技术经济指标明显改善,2003年利用系数2.266,入炉焦比367 kg/t.     

太钢二高炉生产工艺技术的进步

太钢2号高炉自1999年5月采取高炉槽下过筛,提高风温,富氧喷吹及加强高炉操作等措施,高炉技术经济指标大幅度提高,利用系数连续4个月达到2．8以上,入炉焦化降至404kg／t,煤比达130kg/t跻身于全国同类型高炉前列。     

太钢5号高炉稳定运行的生产实践

太钢5号高炉投产以来,在稳定高炉操作方面作了很多努力。通过总结大型高炉生产操作和管理的实践经验,细化原燃料质量管理,实施4.50%以上高富氧率和190~200kg/t高煤比操作,同时,采用硬质压入修复炉型和稳定使用小粒度烧结矿相配合来规整炉内煤气流,实现了煤比长期190kg/t以上和炉缸截面积利用系数达到67.1~69.2t/(m2·d)的长期稳定生产。     

首钢2号高炉大修技术进步与开炉生产实践

简述了首钢 2号高炉大修时在炉型、高炉寿命、提高风温等方面的技术进步 ,开炉后 5个月的时间里 ,主要技术经济指标迅速得到强化 ,其中高炉利用系数达到 2 .6 t/ ( m3· d) ;入炉焦比小于 30 0 kg/ t;喷煤比接近 1 70kg/ t;对比分析了在强化过程中 ,2号高炉所用原燃料的情况以及在送风制度、装料制度等方面所采取的相应的调整措施。     

首秦1号高炉降低燃料比和提高喷煤比的工业实践

首秦1号高炉的技术装备、工艺水平、自动控制和环保节能等方面的新技术都达到了较高水平。高炉达到设计指标后,在原燃料质量不断提高的同时,采用技术创新与技术进步,解决了高炉单系统流程给生产带来的新问题,使得新技术、新装备能力达到较高水平,生产综合指标不断提高。实现燃料比低于492 kg/t,煤比高于180kg/t,在国内同类高炉中位于领先的水平。     

大型高炉实现高煤比高产量生产的条件和措施

大型高炉实现高煤比、高产量生产是高炉炼铁工作者的主要任务。太钢5号高炉2006年10月开炉,通过 不断地学习、摸索和生产实践,2007年实现煤比180 kg/t和2009年有效容积利用系数达2.51 t/（m 3 ·d）、炉缸截 面积利用系数达69 t/（m 2 ·d）,炉况长期稳定顺行和高煤比、高产量成功生产。以此为基础,5号高炉逐步总结出 大型高炉实现高煤比、高产量生产时的各项操作制度和参数的量化控制要求。     

1969 C.P.A. Institute.

Presents the program for the C.P.A. Institute entitled "The Role of Counseling Services on the Contemporary Campus." The Institute was held on June 2-3, 1969. (PsycINFO Database Record (c) 2010 APA, all rights reserved)     

Laudatio: Prof. Dr. med. Dr. phil. Dres. h. c. Heinz H?fner

During the course of a year, there are many healthcare workers nationwide who sustain sharps injuries whilst carrying out their duties. Staff who work in the Accident and Emergency (A & E) units are no different from anyone else in this respect. The emotional cost of such an accident cannot be calculated, whereas the financial costs can. This article aims to show how the cost of an injury to a member of staff can be calculated, thus allowing a manager to assess the financial implications of sharps injuries to their department. In the absence of access to an Occupational Health (OH) department, most A & E units have to respond to sharps injuries to healthcare workers in the hospital. This task must be attended to by the medical staff as well as the nursing staff of the A & E unit. Within the following text the appropriate responses and methods to ensure uniformity of response are discussed. The tables and the calculation figures shown are taken directly from the information held in the St James's University Hospital Trust's OH department. All calculations are based on the middle band of the salary scale for each discipline. Accurate costings for each member of staff injured cannot be shown in this article, but the general principle is laid down and can be easily followed for any situation.     

Rats, Man . . .

Comments on the article by Richter entitled "Rats, Man, and the Welfare State" (see record 1960-02810-001). The commenter notes that in his article Richter did not indicate how hereditary and environmental factors were controlled. In comparing the hereditary survival characteristics of wild versus domesticated rats, it would be essential that the environmental influences on the survival characteristics of the wild rats should be ruled out. Another factor to be considered is that the wild state may offer a diet and other environmental influences, which in the life of a single individual would produce organic changes, accounting for some of the differences between wild and domestic rats. It would seem that the most effective way to determine the hereditary differences between wild and domestic rats would be to create a wild group, composed solely of the offspring of wild rats. (PsycINFO Database Record (c) 2010 APA, all rights reserved)     

The blood-brain barrier. I. Histology. Physiology. Embryology. Transport

The concept of blood-brain barrier (bbb) arose in the beginning of the 20th century after report that the dyes injected intravenously did not appear in the brain. The idea and definition of bbb has been changed many times since then. We present current opinion concerning bbb, its histology, embryology, ultrastructure and function on the ground of a review of the recent literature.