JOURNAL OF PORPHYRINS AND PHTHALOCYANINES SCISCIE

中文简介

这本新的国际期刊将卟啉和酞菁化合物的化学、物理和技术研究活动整合为一个独特的、容易获取的参考资源。JPP为有兴趣探索这些材料的应用的研究人员、科学家和工程师提供了发表原始研究论文和简短通信的手段。除了审查最先进的主题，最新的研究新闻和专利报告，该杂志的特点是一个最新的事件日历和发表的论文和作者的运行列表。JPP是一种国际同行评审期刊，用于快速评审和发表文章。该期刊包括以下主题：卟啉类化合物酞菁类化合物的合成与结构相关的大环化合物，如卟啉类化合物的配合物、氯卟啉类化合物、卟啉类化合物、亚酞菁类卟啉类化合物、卟啉类化合物、卟啉杂环类似物相关的扩共轭大环化合物、它们的低聚物、聚合物、共聚物、复合材料以及共混物的分子设计、配位化学、动力学、反应机理和生物合成。光谱学FTIR NMR紫外可见x射线STM AFM XPS ESR AES拉曼穆斯堡尔中子散射表面电子衍射LEED和RHEED。加工提纯薄膜沉积化学气相沉积外延分子束外延Langmuir-Blodgett薄膜晶体生长液晶蚀刻退火复合材料及光刻。性能光电导率和光电特性半导体和结特性光学和非线性光学电化学磁和自旋动力学热和力学性能液晶行为介电性能催化晶体学润滑性能表面和界面行为光化学和发光分子弛豫和超快动力学生物特性治疗药物动力学和药物传递。应用染料、颜料、静电照相涂料、半导体微器件、太阳能电池、燃料电池、电致变色和光致变色滤光片、传感器、摩擦学、光学存储器、数据存储、磁光记录装置、液晶显示、催化剂、分子电子、光动力治疗、光子学装置。读者:化学家、物理学家、材料科学家、聚合物科学家、光谱学家、电化学家、电子学和光子学工程师、生物化学家和生物物理学家。

投稿网址：http://jpp.fontismedia.com/jpp/

英文简介

This new international journal consolidates research activities in chemistry physics and technology of porphyrins and phthalocyanines into a single unique and easily accessible reference source. JPP provides the means for researchers scientists and engineers interested in exploring the applications of these materials to publish original research papers and short communications. As well as reviewing state-of-the-art topics up-to-date research news and patent reports the journal features an up-to-date calendar of events and a running list of published papers and authors. JPP is an international peer-reviewed journal for the fast refereeing and publication of articles. The journal includes the following subjects: Synthesis Chemical syntheses of porphyrins phthalocyanines structurally related macrocycles such as porphyrazines corroles chlorins porphycenes porphyrinogens subphthalocyanines porphocyanines heterocyclic analogues related expanded -conjugated macrocycles their oligomers polymers copolymers composites and blends molecular design coordination chemistry kinetics and reaction mechanisms and biosynthesis. Spectroscopy FTIR NMR UV-Visible X-ray STM AFM XPS ESR AES Raman M?ssbauer neutron scattering surface electron diffraction LEED and RHEED. Processing Purification thin film deposition chemical vapour deposition epitaxy molecular beam epitaxy Langmuir-Blodgett films crystal growth liquid crystals etching annealing composites and lithography. Properties Photoconductivity and photovoltaics semiconductive and junction properties optics and non-linear optics electrochemistry magnetic and spin dynamics thermal and mechanical properties liquid crystalline behaviours dielectric properties catalysis crystallography lubrication properties surface and interface behaviour photochemistry and luminescence molecular relaxation and ultrafast dynamics biological properties therapy pharmacokinetics and drug delivery. Applications Dyes and pigments xerography coatings semiconductor microdevices solar cells and fuel cells electrochromism and photochromism filters sensors tribology optical memory and data storage magneto-optical recording devices liquid crystal colour displays catalysts molecular electronics photodynamic therapy photonics devices. Readership Chemists physicists materials scientists polymer scientists spectroscopists electrochemists electronics and photonics engineers biochemists and biophysicists.