35%吡虫啉水悬浮剂配方的研究

选择了几种阴离子和非离子表面活性剂的复配体系及其它助剂,对35%吡虫啉悬浮剂的配方进行了研究,简述了该剂型的配方筛选和试验结果,确定了最佳配方、工艺路线及技术指标,简述了该剂型的特点及发展前景。     

3.3%吡虫啉·阿维菌素微乳剂的研制

介绍了吡虫啉与阿维菌素混配的一种新剂型--3.3%微乳剂,简述了该剂型的特点、配方选择、贮藏稳定性等实验结果,表明该微乳剂具有贮藏稳定性好、成本低、使用安全,具有良好开发前景.     

3．3％吡虫啉·阿维菌素微乳剂的研制

介绍了吡虫啉与阿维菌素混配的一种新剂型——3．3％微乳剂,简述了该剂型的特点、配方选择、贮藏稳定性等实验结果,表明该微乳剂具有贮藏稳定性存、成本低、使用安全,具有良好开发前景。     

30%毒死蜱水乳剂的研究和开发

介绍了农药新剂型水乳剂的配制方法，对30％毒死蜱水乳剂的配方、工艺流程进行了开发研究，筛选出了该水乳剂的较佳配方。     

5%高效氯氰菊酯微乳剂的研究

本文介绍了高效氯氰菊酯的一种新剂型品种－５％微乳剂。简要叙述了该剂型的特点,配方选择,贮藏稳定性,杀虫活性等试验结果,说明该微乳剂品种成本低,药效好,质量稳定,使用安全,社会效益显著。     

4.5%高效氯氰菊酯微乳剂的研究

介绍了高效氯氰菊酯的一种新剂型品种－４．５％微乳剂。简要叙述了该剂型的特点、配方选择、贮藏稳定性等试验结果,说明该微乳剂品种成本低、药效好、质量稳定、使用安全、社会效益显著。     

25%吡蚜·噻嗪酮悬浮剂配方筛选与剂型研究

对25%吡蚜·噻嗪酮悬浮剂的配方和剂型进行了研究,对润湿分散剂、增稠剂、防冻剂等进行了筛选,确定了配制方法和较佳配方组成。试验结果表明,该配方产品质量稳定,各项指标和贮存稳定性符合悬浮剂的要求。     

0／3%阿维菌素微乳剂的研究

介绍了一种齐螨素的新剂型品种———０３％微乳剂。简述了该剂型的特点、配方筛选、贮藏稳定性、杀虫活性等试验研究结果,表明该微乳剂品种价位低、药效高、使用安全,具有良好的开发应用前景。     

20%唑菌酯可分散油剂配方的研究

研究了阴离子和非离子表面活性剂复配体系对20%唑菌酯(SYP-3343)可分散油剂体系的影响,简要叙述了该剂型的特点、配方选择、贮存稳定性等试验结果,表明该配方具有成本低、工艺简单、经济效益显著等特点.并确定了较佳配方组成、配制方法及其质量控制指标.     

20%烯肟菌胺悬浮剂配方的研究

研究了阴离子和非离子表面活性剂复配体系对20％烯肟菌胺悬浮剂(SYP-1620)的悬浮性。简要叙述了该剂型的特点、配方选择、贮存稳定性等试验结果，表明该配方具有成本低、工艺简单、经济效益显著等特点，并确定了较佳配方组成、配制方法及其质量控制指标。     

惠民凹陷江家店油田夏509断块沙四段扇三角洲沉积特征

夏509断块位于惠民凹陷临南洼陷江家店鼻状构造中部,断块内部构造复杂。本文通过文献查阅、岩心观察和测井资料分析,确定研究区为扇三角洲沉积环境。在此基础上,分析该区是由惠民凹陷南部的鲁西隆起中生界地层的风化剥蚀产物提供初始物源,并不断向北西方向推进,形成扇三角洲前缘亚相沉积为主的沉积体系。     

Scoring function based on weighted residue network

Molecular docking is an important method for the research of protein-protein interaction and recognition. A protein can be considered as a network when the residues are treated as its nodes. With the contact energy between residues as link weight, a weighted residue network is constructed in this paper. Two weighted parameters (strength and weighted average nearest neighbors' degree) are introduced into this model at the same time. The stability of a protein is characterized by its strength. The global topological properties of the protein-protein complex are reflected by the weighted average nearest neighbors' degree. Based on this weighted network model and these two parameters, a new docking scoring function is proposed in this paper. The scoring and ranking for 42 systems' bound and unbounded docking results are performed with this new scoring function. Comparing the results obtained from this new scoring function with that from the pair potentials scoring function, we found that this new scoring function has a similar performance to the pair potentials on some items, and this new scoring function can get a better success rate. The calculation of this new scoring function is easy, and the result of its scoring and ranking is acceptable. This work can help us better understand the mechanisms of protein-protein interactions and recognition.     

Characteristic Effects of the Cardiac Non-Neuronal Acetylcholine System Augmentation on Brain Functions

Since the discovery of non-neuronal acetylcholine in the heart, this specific system has drawn scientific interest from many research fields, including cardiology, immunology, and pharmacology. This system, acquired by cardiomyocytes independent of the parasympathetic nervous system of the autonomic nervous system, helps us to understand unsolved issues in cardiac physiology and to realize that the system may be more pivotal for cardiac homeostasis than expected. However, it has been shown that the effects of this system may not be restricted to the heart, but rather extended to cover extra-cardiac organs. To this end, this system intriguingly influences brain function, specifically potentiating blood brain barrier function. Although the results reported appear to be unusual, this novel characteristic can provide us with another research interest and therapeutic application mode for central nervous system diseases. In this review, we discuss our recent studies and raise the possibility of application of this system as an adjunctive therapeutic modality.     

Mechanisms and conditions that affect phase inversion processes: A review

The phenomenon of phase inversion occurs in liquid‐liquid dispersions found in a variety of chemical engineering fields. From simple oil‐water mixtures to complex polymeric systems, the operating variables that affect this physical phenomenon are discussed in this work. The contribution on this matter by a large number of researchers is critically assessed, outlining both coherent and conflicting results. A detailed review of the mechanisms by which phase inversion takes place is also provided. While this subject has been studied for the past 50 years, this multivariate nonlinear process is not yet comprehensively understood, and this review article aims to describe the conclusions so far reached to provide insight for future research.     

A review of salt scaling: II. Mechanisms

Salt scaling is a major durability issue for concrete. Despite this, and an extensive research effort, the cause of this damage is unknown. Therefore, no means for preventing salt scaling can be identified. One of the primary reasons for this shortcoming is the lack of a critical review on the state of the research in this field. Such a compilation is presented in this series of articles. In Part I, the characteristics of salt scaling were outlined. In this article, proposed mechanisms are discussed, and their adequacy is judged based on their ability to account for the phenomenology.     

连续化微通道反应器在染料颜料合成中的应用

近年来连续化微通道反应器作为一项新兴技术,在染料、颜料合成中开始得到应用。本文综述了微反应器技术在染料和颜料科研和生产方面的进展。与传统的间歇式反应不同,连续化微通道反应器的特点是,连续进料,瞬间混和,精确控制反应时间。该技术在重氮化、偶合反应中的应用,取得了高于常规反应器的收率和纯度。应用于颜料合成,取得了粒径窄分布的产品,并大幅度提高了颜料的应用性能。应用于合成中间体的硝化反应,提高了选择性和工艺的安全性。     

多管式换热器的研究及工业应用分析

多管式换热器是一种较为新型的高效换热器，目前对于这种换热器的研究较少，其传热性能的研究也鲜见报道。对多管式换热器做了初步的研究，并以实际工业装置工况为例，采用管壳式、多管换热器和翅片管多管式作为换热器设计的三种方案，利用HTRI软件进行模拟，比较出三个方案在传热和经济方面的性能差异，分析多管式换热器在工业应用中优势，为研究和推广这种新型的换热器提供有价值的参考依据。     

Oleic acid content in ground corn by NIR spectroscopy with an indirect calibration method

Developing corn hybrids with improved FA profiles is important in providing products with enhanced nutritional characteristics. To support this effort, rapid screening methods are needed to track the various traits of interest. In using NIR methods, calibrations are based on an assumed linear relationship between the concentration of the analyte of interest and the absorbance of the sample. Although this point seems obvious, this linear relationship does not exist when using GC analysis as a reference method for oleic acid content in ground corn kernels. In this case, the GC data provide a relative oleic acid content of the oil and not of the grain from which the NIR spectrum is measured. A method of removing this nonlinearity by modeling the absolute oleic acid content in the grain has been developed. The relative oleic acid content of the oil is then calculated from this predicted absolute oleic acid value, and the total oil content of the grain is predicted from another calibration model. Significant improvement in the model's predictive ability is demonstrated using this two-calibration model.     

吸附材料的低温等离子体再生法研究进展

低温等离子体再生法作为一种吸附材料再生的新方法,具有巨大的探究空间和应用前景。本文将低温等离子体再生法与传统再生方法进行了对比,指出了各种方法的优劣;简述了等离子体的概念、低温等离子体的产生方式及该方法的作用机理,详细介绍了国内外对于该技术的研究进展,总结了该方法的特点,并提出了该方法亟待解决的问题。分析表明,该方法与传统的变压吸附、变温吸附等再生方法相比具有低温、快速、高效的优势,但目前该方法仍处于实验室研究阶段,许多理论问题和工程问题还有待解决。     

化工过程稳态检验的区间拓展法

介绍了组合统计检验法的基本思想,提出了区间拓展法用于实际化工过程稳态检验的新策略。实例考核表明,新方法显著地降低了第一类错误的概率,可有效地用于实际化工过程的稳态检验。