提高转炉煤气回收的途径

通过分析鞍钢本部现有转炉煤气回收工艺设备情况,重点梳理转炉煤气发生量与使用量的关系,分析鞍钢现有转炉煤气的回收能力和输送能力是否匹配,找出影响制约转炉煤气回收的因素,从而制定出提高转炉煤气途径和规划,逐步实施,最后达到提高转炉煤气回收定额,进一步提高了转炉煤气回收量,从而取得了较好的经济效益和社会效益。     

转炉煤气回收利用系统的改造

描述了承钢转炉煤气回收现状,分析了影响转炉煤气回收的主要因素,通过煤气柜进、出口管道连通,转炉煤气回收系统全面连通,转炉煤气掺入高炉煤气管道和转炉煤气用户开发等四项措施使得承钢转炉煤气吨钢回收量达到115m~3/t钢。     

承钢转炉煤气回收利用系统的改造

针对承钢转炉煤气回收现状,分析了影响转炉煤气回收的主要因素,通过煤气柜进、出口管道连通,转炉煤气回收系统全面连通,转炉煤气掺入高炉煤气管道,以及转炉煤气用户开发四项措施,使得承钢转炉煤气吨钢回收量达到115m3/t。     

提高转炉煤气回收利用技术实践

通过对炼钢转炉煤气回收、利用现状进行研究和分析,找出了转炉煤气回收利用过程中存在的问题,并开展提高转炉煤气回收量技术研究和实践,解决了目前制约转炉煤气回收利用的主要因素,提高了转炉煤气回收量,进而提高了钢铁企业二次能源利用效率。     

提高本钢转炉煤气回收量的途径探讨

通过对本钢转炉煤气回收现状的分析,找出了影响本钢转炉煤气回收的因素,提出了提高本钢转炉煤气回收量的有效途径。     

涟钢转炉煤气拒收原因分析及改进措施

分析了涟钢转炉煤气回收利用现状和导致转炉煤气拒收的因素,通过实施有针对性的改进措施,减少了转炉煤气拒收,提高了转炉煤气吨钢回收量。     

三安转炉煤气系统经济运行研究和实践

为满足生产要求及转炉煤气的有效使用,三安钢铁厂实施了综合厂3座石灰窑全烧高炉煤气改造掺烧转炉煤气工程;掺烧转炉煤气,转炉煤气用户增加,炼钢风机转炉煤气回收投入自动回收,转炉柜增加配重块,增加管理制度,加大考核力度,多种措施提高转炉煤气回收量,达到节能降耗的目的。     

新一代转炉煤气回收技术介绍和应用前景

本文主要介绍我国转炉煤气回收的现状，及日本转炉煤气回收的发展过程。简要介绍了新一代转炉煤气回收系统流程的特点和主要部件的结构形式。并展望了新一代转炉煤气回收系统发展前景。     

转炉煤气极限经济回收量的分析与实践

针对莱钢转炉煤气回收过程中走的弯路,研究分析出了转炉煤气极限经济回收量,并将转炉煤气回收目标由回收体积量最大化调整为回收总热量最大,并以此目标为导向,系统梳理问题,先后实施了转炉烟罩改造、风机转速控制优化、转炉煤气并网点改造等一系列优化改善措施,转炉煤气回收热量得到有效提升,达到预期目标。     

国内转炉煤气的回收和利用简析

论述了我同转炉煤气回收的现状,分析了影响转炉煤气回收的主要因素,提出了转炉煤气的评价指标和主要利用方向,给出了加强转炉煤气同收的措施.     

Phonological processing skills and the Reading Recovery Program.

Sought to determine whether the Reading Recovery Program would be more effective if systematic instruction in phonological recoding skills were incorporated into the program. First-grade at-risk readers were divided into 3 matched groups of 32 children each; a modified Reading Recovery group, a standard Reading Recovery group, and a standard intervention group. The children in the modified Reading Recovery group received explicit code instruction involving phonograms. Results indicated that, although both Reading Recovery groups achieved levels of reading performance required for discontinuation of the program, the modified Reading Recovery group reached these levels of performance much more quickly. Results further indicated that the children selected for Reading Recovery were particularly deficient in phonological processing skills and that their progress in the program was strongly related to the development of these skills. (PsycINFO Database Record (c) 2010 APA, all rights reserved)     

选择性沉淀法从废催化剂中回收金属钯的研究

提出了选择性沉淀法从废钯炭催化剂中回收金属钯的方法，给出了最佳制备工艺参数，回收制备的金属钯粉达到国家标准要求，工艺简单，金属回收率高，成本低，经济效益显著。     

人造金刚石酸洗与电解触媒废液的综合利用研究

提出了从人造金刚石酸洗与电解触媒废液中回收镍钴锰的方法。给出了最佳制备工艺 ,回收制备的镍粉、氧化钴及硫酸锰质量均符合或优于国家标准 ,回收工艺简单 ,经济效益显著     

以焙烧—湿法工艺从含金废料中回收金

针对紫金矿业集团黄金冶炼厂产出的含金废粒,进行了焙烧－湿法回收金的工艺研究。含金废料经焙烧去除炭质和有机物后,经氰化浸出、炭吸附回收金,金回收率可达90％以上,该工艺成本低,易实施,可获得良好的经济效益。     

Responses eliminated by noncontingent or negatively contingent reinforcement recover in extinction

Autoshaped key pecking in pigeons was eliminated by presenting reinforcers only during non-CS periods (negatively contingent reinforcement) or in both non-CS and CS periods (noncontingent reinforcement). In either case, when all reinforcers were subsequently removed (simple extinction), responding recovered strongly (Experiment 1). Recovery in extinction occurred only if the CS was in a conditioned state when non-CS reinforcers were introduced (Experiment 2). Recovery from noncontingent reinforcement was virtually complete, since total responding in extinction after response elimination was not less than in control groups extinguished without an intervening response-elimination phase (Experiment 3). Recovery also occurred for nonautoshapable, instrumentally reinforced key pecking (Experiment 4). The hypothesis that recovery is due to reinstatement of the non-CS stimulus conditions of acquisition (absence of food) was not supported (Experiments 5 and 6). Other accounts of recovery are considered.     

WebFieldECS-100在高炉TRT控制中的应用

高炉煤气余压透平发电TRT-（Blast Furnace Top Gas Recovery Turbine Unit,以下简称TRT）是冶金行业中公认的节能手段。本文采用浙大中控WebField ECS-100 DCS控制系统实现攀钢新#3高炉TRT透平发电装置的控制。通过对DCS系统硬件、软件的设计与调试,成功实现了TRT装置的并网运行,为企业创造了较大的经济效益、为TRT装置的控制积累了大量的经验。     

预应变对Ni50.2Ti49.8合金记忆特性的影响

研究了Ni50.2Ti49.8合金在5种不同预应变(1.96%,3.96%,5.88%,7.85%,9.96%)下的回复应变和逆相变温度;恒定预应变5.88%下,热机械循环对回复应变和逆相变温度的影响。结果表明:预应变使得逆相变温度升高,预应变越大逆相变温度越高。随着预应变的增加回复应变增加,预应变增加到一定程度时回复应变达到最大值,随后回复应变随预应变增加而减少。恒定预应变下热机械循环,随循环次数增加,逆相变温度下降,回复应变减少,随着循环次数进一步增加,逆相变温度和回复应变逐步达到稳定值。     

Comparative recovery following simultaneous- and successive-stage frontal brain damage in mice.

Conducted 5 experiments with female CF1 mice sustaining sham-operations, simultaneous, or successive bilateral frontal pole transections. Recovery of a passive-avoidance deficit occurred following both simultaneous and successive transsections. Recovery was a function of time either following the simultaneous procedure or between the 2 stages of the successive procedure. Recovered simultaneous Ss were hyposensitive to impairment of passive-avoidance learning by d-amphetamine, whereas recovered successive Ss were not. Alpha-methyltyrosine facilitated recovery following either simultaneous or successive brain damage. Results are consistent with a denervation supersensitivity model of recovery of function. (PsycINFO Database Record (c) 2010 APA, all rights reserved)     

Acute pancreatitis and preeclampsia-eclampsia: a case report

A case of preeclampsia-eclampsia leading to acute edematous pancreatitis is reported, probably related to microvascular abnormalities and splanchnic ischemia. Recovery was uneventful.     

影响转炉钢水收得率因素分析

钢水收得率是转炉生产的一项重要生产考核指标。本文从铁水条件、终点氧和转炉喷溅等以下几个方面分析转炉钢水收得率的影响因素。