這本新的國際期刊將卟啉和酞菁化合物的化學、物理和技術研究活動整合為一個獨特的、容易獲取的參考資源。JPP為有興趣探索這些材料的應用的研究人員、科學家和工程師提供了發表原始研究論文和簡短通信的手段。除了審查最先進的主題，最新的研究新聞和專利報告，該雜志的特點是一個最新的事件日歷和發表的論文和作者的運行列表。JPP是一種國際同行評審期刊，用于快速評審和發表文章。該期刊包括以下主題：卟啉類化合物酞菁類化合物的合成與結構相關的大環化合物，如卟啉類化合物的配合物、氯卟啉類化合物、卟啉類化合物、亞酞菁類卟啉類化合物、卟啉類化合物、卟啉雜環類似物相關的擴共軛大環化合物、它們的低聚物、聚合物、共聚物、復合材料以及共混物的分子設計、配位化學、動力學、反應機理和生物合成。光譜學FTIR NMR紫外可見x射線STM AFM XPS ESR AES拉曼穆斯堡爾中子散射表面電子衍射LEED和RHEED。加工提純薄膜沉積化學氣相沉積外延分子束外延Langmuir-Blodgett薄膜晶體生長液晶蝕刻退火復合材料及光刻。性能光電導率和光電特性半導體和結特性光學和非線性光學電化學磁和自旋動力學熱和力學性能液晶行為介電性能催化晶體學潤滑性能表面和界面行為光化學和發光分子弛豫和超快動力學生物特性治療藥物動力學和藥物傳遞。應用染料、顏料、靜電照相涂料、半導體微器件、太陽能電池、燃料電池、電致變色和光致變色濾光片、傳感器、摩擦學、光學存儲器、數據存儲、磁光記錄裝置、液晶顯示、催化劑、分子電子、光動力治療、光子學裝置。讀者:化學家、物理學家、材料科學家、聚合物科學家、光譜學家、電化學家、電子學和光子學工程師、生物化學家和生物物理學家。

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.