光伏玻璃生产中客户投诉的应对与改善工作探讨

介绍了光伏玻璃生产企业客户投诉的应对和管理。主要包括应对客户投诉的处理方法,所需收集和调查的信息,整理客户投诉处理过程中的注意事项,描述客户投诉改善措施及其相关报告的作成方法,归纳客户投诉应对处置人员所需具备的基本素质。     

精诚模具致力创造客户价值

以“精益求精，开拓创新”、致力创造客户价值为已任的精诚模具公司在Chinaplas’2005展会上闪亮登场，展示了其企业风采。     

中国石化化工销售客户投诉管理探析

参考借鉴GB／T19012-2008标准,阐述了建立客户投诉管理机制的要素,进而从理念、执行、考核和支持层面介绍了中国石化化工销售客户投诉管理机制,并结合投诉管理现状,探讨了中国石化化工销售客户投诉管理中有待进一步研究和解决的问题,提出了相关对策建议。     

中小企业客户价值管理的初步探索

加入WTO之后,国外众多企业涌入中国,抢夺国内市场,市场竞争变得空前激烈．在生存和发展的巨大压力下,中小企业如何才能在竞争中生存和发展,成了困扰许多企业家和专家学者的难题．本文是基于前人的理论基础,通过自己的认真思考,分析我国中小企业客户关系管理的现状,探讨中小企业的客户价值管理思想,希望能有效帮助中小企业识别真正的价值客户以利提高市场竞争力．     

客户决定论与现代客户细分

阐述了客户决定论的意义与现代客户细分的重要性，借用营销大师菲利普．科特勒的“顾客让渡价值”理论以及客户购买决策过程研究，进一步论证了“引领客户决策、满足客户需求”是客户决定论的精髓。     

威格斯 通过内在方式为客户提升价值

在Chinaplas 2014展会中,英国威格斯公司聚合物解决方案事业部展出了一系列为客户提供解决方案、带来价值的创新高性能材料应用。     

石化企业化工产品投诉服务问题探讨

介绍了主要石化企业化工产品客户投诉服务管理的现状,探讨了石化企业化工产品客户投诉服务中有待进一步研究和解决的问题,围绕建立一个关注客户、持续改进的投诉服务机制,提出了相关对策和建议。     

科倍隆，为客户创造价值

完整的系统辫决方案·独特的加工工艺·全球化服务网络     

南京安顺公司“为客户创造更多的价值”

南京安顺自动化装备有限公司在chinaplas 2005展会上展示了FQ-1300mm分切机。     

美利肯Millad NXTM 8000透明剂为Sistema聚丙烯容器赢得更多客户青睐

在2011芝加哥国际家庭用品博览会上,总部位于新西兰的Sistema塑胶有限公司隆重推介其全新升级的聚丙烯(PP)食品储藏容器产品线。此类产品采用了美利肯公司的Millad~NX~TM 8000高级透明剂,具有堪比玻璃的出色清晰度,这也正是成就Sistema产品卓越品质     

网络宣传在提升科室医疗技术品牌中的作用

一个科室医疗技术品牌是医院品牌形象建设中最重要的部分。近年来,首都医科大学附属北京朝阳医院胸外科通过网络宣传促进了科室医疗品牌和社会品牌的建设.     

混凝土早期养护的重要意义及措施

通过早期养护对混凝土强度、抗裂性、碳化性能、混凝土路面(地面)表层强度、夏(冬)期混凝土性能的影响及工程实践经验分析,充分说明早期养护对现代多组分混凝土性能实现的重要性。提出了针对不同环境、不同温度及具体工程情况需采取的早期养护措施,对进一步提高工程质量、避免或减少质量缺陷具有非常重要的现实意义。     

The Practical Significance of pH and Methods of Control

Knowledge required for the basic understanding of pH values is outlined. The practical significance of pH with respect to dye exhaustion and stability of fibres and dyes is discussed. The relationships between the pH-control and temperature-control of dyeing processes, and the implementation of pH control are discussed. Methods of control of pH in temperature-controlled and pH-controlled dyeing processes are illustrated.     

The Significance of Epithelial-to-Mesenchymal Transition for Circulating Tumor Cells

Epithelial to mesenchymal transition (EMT) is a process involved in embryonic development, but it also plays a role in remote metastasis formation in tumor diseases. During this process cells lose their epithelial features and adopt characteristics of mesenchymal cells. Thereby single tumor cells, which dissolve from the primary tumor, are enabled to invade the blood vessels and travel throughout the body as so called “circulating tumor cells” (CTCs). After leaving the blood stream the reverse process of EMT, the mesenchymal to epithelial transition (MET) helps the cells to seed in different tissues, thereby generating the bud of metastasis formation. As metastasis is the main reason for tumor-associated death, CTCs and the EMT process are in the focus of research in recent years. This review summarizes what was already found out about the molecular mechanisms driving EMT, the consequences of EMT for tumor cell detection, and suitable markers for the detection of CTCs which underwent EMT. The research work done in this field could open new roads towards combating cancer.     

微量元素检测方法在地球化学研究中的意义

资料的二次开发利用是地质工作的发展趋势,运用敞开式溶矿方法配合ICP-MS(等离子质谱法)等大型仪器能同时处理并测定30个元素,制作的地球化学图能客观地反映了地质环境特征,成图效果较好,能够充实完善稀有、稀土、稀散、铂族元素的地球化学基础资料并能够为该区域的找矿突破提供地球化学研究成果。     

热力推动在玻璃熔化中的意义

根据玻璃熔制过程中热力推动的作用,在单纯以火焰加热的玻璃熔窑,采用强制电加热技术,可加快玻璃液流速度,有利于温度均化、能量合理分布,气泡易排除,能源利用率高。介绍了该技术在几种难熔玻璃熔窑中成功运用的实例,并对该技术进行了模拟模型分析,为解决难熔玻璃的技术问题提供了有益的参考。     

The Evolutionary Significance of RNAi in the Fungal Kingdom

RNA interference (RNAi) was discovered at the end of last millennium, changing the way scientists understood regulation of gene expression. Within the following two decades, a variety of different RNAi mechanisms were found in eukaryotes, reflecting the evolutive diversity that RNAi entails. The essential silencing mechanism consists of an RNase III enzyme called Dicer that cleaves double-stranded RNA (dsRNA) generating small interfering RNAs (siRNAs), a hallmark of RNAi. These siRNAs are loaded into the RNA-induced silencing complex (RISC) triggering the cleavage of complementary messenger RNAs by the Argonaute protein, the main component of the complex. Consequently, the expression of target genes is silenced. This mechanism has been thoroughly studied in fungi due to their proximity to the animal phylum and the conservation of the RNAi mechanism from lower to higher eukaryotes. However, the role and even the presence of RNAi differ across the fungal kingdom, as it has evolved adapting to the particularities and needs of each species. Fungi have exploited RNAi to regulate a variety of cell activities as different as defense against exogenous and potentially harmful DNA, genome integrity, development, drug tolerance, or virulence. This pathway has offered versatility to fungi through evolution, favoring the enormous diversity this kingdom comprises.