东营凹陷王庄-宁海地区流体包裹体分析与流体充注研究

利用流体包裹体分析技术，系统地分析了东营凹陷王庄-宁海地区覆盖所有含油层位的流体包裹体样品。包裹体荧光观察和均一温度特征分析揭示了包裹体发育期次为5期，说明该区油藏存在5次流体充注过程；据此确定了备期烃类的成藏期次。东营组沉积时期和明化镇组沉积末期的油气运聚均在成藏后遭受大气淡水淋滤和降解作用。沙三段原油可能经历至少2期稠油化作用。荧光观察进一步证实该区主要发生2期充注、2期成藏。     

纺丝组件漏浆原因分析

通过对纺丝组件工艺对比调试,分析了纺丝组件消耗材料对纺丝组件漏浆的影响,指出了纺丝组件漏浆的主要影响因素。     

可膨胀尾管悬挂器技术及其应用

可膨胀管悬挂器(ELH)作为尾管固井、完井工艺中一项革新型工具,可以成功地解决常规悬挂器因其原理和结构特点带来的固井施工难题及重叠段固井质量差等问题,成为下一代悬挂器研究的重点。文中以实体膨胀悬挂器系统为例,介绍了其结构原理及应用情况。     

含-NCO双组分水性木器漆的应用研究

介绍了以-NCO交联的双组分水性木器漆常用的树脂、固化剂类型，对其在木器涂装过程中的施工时限、泡沫控制等影响生产应用的因素进行了分析研究，并提出了一些解决方案。     

Simultaneous chromizing-aluminizing coating of austenitic stainless steels

Chromium and aluminum were simultaneously co-deposited by diffusion into austenitic stainless steel substrates, by a single-step, pack-cementation process. The mechanism for the formation of diffusion-coated products on 304 and 316 stainless steels and on Incoloy 800 is discussed. The morphologies of the phases formed at the surface, i.e., an external beta layer and an underlying multiphase interdiffusion zone, are presented. The formation of the brittle, , outer layer was minimized by variations in the pack composition and activator. The coated 304 and 316 steels exhibited excellent scaling resistance upon oxidation in air at 1000°C.     

锂离子储能电池成组方式优化

电池组内单体电池的分散性问题降低了电池组的可用容量和循环寿命.针对电池成组方式对电池组可用容量与循环寿命的影响问题,基于电池的Thevenin等效模型,分析了并联电池间不平衡电流交叉现象产生的原因及作用;研究了不同成组方式对电池组可用容量的影响,提出了表征电池组容量分散性的容量极差和容量分散度指标;通过仿真分析,得到了提升电池组可用容量的组合方式.搭建了电池组性能测试平台,比较了6种拓扑结构锂离子电池模组的寿命衰减特征,遴选出了减缓电池组循环寿命衰减的成组结构.     

Formation of a chromium-carbide conversion coating on silicon carbide

The formation of a chromium-carbide conversion coating on SiC was achieved using the pack-cementation technique. The conversion coating is intended to improve the corrosion resistance of SiC and its derivatives, such as SiC-base continuous fibers and composites, by forming a protective Cr₂O₃ scale upon exposure to high-temperature corrosive environments. Different pack chemistry and processing parameters were evaluated in the laboratory. Results indicated that the coating morphologies and compositions achieved were significantly affected by variation of these processing factors. In this paper, the conversion coating obtained from one of the systems investigated is reported. The coating consists of a multilayered structure with each of the sublayers containing a high-Cr concentration. In addition, the coating surface is relatively dense and pore free compared to the underlying SiC substrate material. A dense and pore-free morphology is highly desirable for coating applications, especially on porous substrates. The multilayered coating structure consists of the following sublayers: Cr₂₃C₆/Cr₇C₃/Cr₇C₃+Cr₃Si/Cr₅Si₃C_x/SiC substrate.     

快速低温固体S—C—N三元共渗工艺研究

以木炭、尿素和硫化铁为渗剂,用稀土化合物CeCl_3作催渗剂,于570℃进行固体S-C-N三元共渗。试验结果表明,在相同时间内加催渗剂的渗层深度比不加催渗剂的有大幅度提高,且硬度及耐磨性亦有较大提高,硬度梯度较平缓。离子探针分析表明,稀土元素Ce亦被渗入钢的表面,它不仅起到活化渗剂的作用,同时在提高钢的性能方面还起到微合金化的作用。     

纺丝组件三甘醇清洗系统的改造

介绍了三甘醇 (TEG)清洗系统的工艺流程和所存在的主要问题是自然冷却时间太长和TEG蒸气泄漏。提出该系统的改造方案为变自然冷却为强制风冷 ,把清洗釜盖的密封改为榫槽式 ,使改造后的TEG清洗系统达到了国际通用的HSE(健康、安全、环境 )的标准 ,缩短了TEG清洗后的冷却时间 ,罐体密封更加严密 ,清洗快捷、方便     

盘式过滤器及其在锦纶66生产中的应用

介绍了盘式熔体过滤器的内部结构和工作原理 ,将其应用于锦纶 66高强力丝试生产时 ,组件使用周期达 2 1天 ,生产的原丝强度大于 90 .9cN/tex ,能够满足高强力工业丝的工艺条件。