Journals / Journal of Physical Chemistry and Functional Materials
Journal of Physical Chemistry and Functional Materials
Journal of Physical Chemistry and Functional Materials (JPCFM) is a peer-reviewed journal and publishes the latest findings in analytical methods, astrochemistry, biochemistry, composite materials, computational methods, energy production, gas-phase reaction, green chemistry, kinetics, and dynamics, material science, mathematical physics, medical physics, molecular structure, nanoscience, nanostructures, natural science, nuclear structure and models, optical materials, optoelectronic applications, optoelectronic materials, organic semiconductors, polymer science, quantum chemistry, spectroscopy, structural materials, surface and interface, surface chemistry, thermodynamics, and theoretical developments areas twice a year , in June and December . Quality and effect are the criteria for publication. In addition, experimental results published in the journal have direct implications for theory, and theoretical advancements or non-routine calculations have direct implications for experiments. These conditions must be met, and manuscripts should not be modest extensions of existing work. The obtained and presented data must be unique and saturated to fill the existing gaps in the relevant area. JPCFM publishes: Communications Research papers Reviews
2018 · Cilt: 1 - Sayı: 2
| Article | Author | Pages |
|---|---|---|
| DETERMINATION OF THE CHEMICAL EFFECT IN THE LANTHANIDE GROUP OF ELEMENTS USING WAVE DISPERSIVE X-RAY SPECTROMETRY | Sevil PORİKLİ DURDAĞI, Aslıhan TAŞPOLAT | 1–11 |
| MEDICAL AND BIOLOGICAL APPLICATIONS OF X-RAY FLUORESCENCE METHOD FOR ELEMENTAL ANALYSIS | Sevil PORİKLİ DURDAĞI | 12–19 |
| Evalution of Salt Crystallisation Effects on Artificial Marble | Didem EREN SARICI, Nilgün KIZILKAYA, Engin ÖZDEMİR, Fadime POLAT | 20–24 |
| Investigation of Thermal properties, Chemical Analysis and Biocompatibility of High Temperature Oxidized NiTiMn Shape Memory Alloy | Mediha KÖK | 25–35 |
| TD-DFT Study on the Toxicity Prediction of Thiopental Sodium |