Juniper Publishers Journal Of Material Science

Juniper Publishers Synthesis of Calophyllum inophyllum Esters as Biofuel Feed stock Abstract Degrading fossil fuel resources have thrown world into chaos, besides various pollutions and greenhouse gases are a major concern. The fossil fuel shortage in near future is inevitable. This situation triggered the awareness to find alternative and sustainable energy resources. Biofuels are renewable fuel resources developed to replace conventional petroleum based fuels for transportation sector without altering the engines. In the present work, Biofuel is produced from Tamanu seeds (Calophyllum) which is available plenty in GITAM University. The fatty acid rich oil is converted to various esters using methanol, ethanol, 1-propanol, 2-propanol, 1-butanol. These esters were characterized by IR,  J HNMR. The Physico- Chemical properties reveal that these esters can be one of the alternatives for the existing fossil fuel. Keywords:  Calophyllum inophyllum oil; Fatty acids; Ester...

Juniper Publishers: Sensory Evaluation of Ancient whole Grain Gluten- ... : Nutrition & Food Science International Journal Juniper Publishers Authored by Talwinder S Kahlon* Abstract The sensory evalu...

Juniper Publishers: Interventions for Suicide Prevention: The Need of ... : GlobalJournal of Addiction & Rehabilitation Medicine Juniper Publishers Authored by Hemendra Singh* Opinion Suicide ...

Juniper Publishers: Distribution of Coastal and Marine Herpetofauna in... : Oceanography & Fisheries Open AccessJournal Juniper Publishers Authored by Sandeep Munjpara* Abstract The Gulf of Kachchh ...

Juniper Publishers: Review of the book “Noonomy” by Sergey Bodrunov_Ju... : Global Journal of Archaeology & Anthropology Juniper Publishers Authored by Vladimir Plotnikov* Mini Review “Noonomy” by S...

Juniper Publishers: Evidence Informed Musings from The Intensive Care ... : Journal of Anesthesia & Intensive Care Medicine Juniper Publisher Authored by  Sonali Vadi* Abstract Evidence-informed...

Juniper Publishers Synthesis and Characterization of Pr2s3 Binary Compound Abstract In the current work it is shown that the synthesis method that consists in direct reaction of praseodymium and sulfur in its elemental form, using heat as a treatment, with relatively low temperatures and reaction time of one week, allows the preparation of Pr2S3 compound, with a purity of about 92%. The respective characterization of resultant materials was carried out using powder XRD, whereby it was determined that the thermal treatment used, effectively leads to the binary sulfide of interest, a compound known to be semiconductor. Keywords:  Praseodymium sulfide; Thermal treatment; Semiconductor Go to Introduction In the last years, the optical properties of semiconductor compounds (which in most cases are limited to TiO 2 , zinc oxides and cadmium) have been investigated, as well as the magnetism of ferrites, superconducting ceramics, and related compounds. In this regard, i...

Juniper Publishers: Sensory Evaluation of Ancient whole Grain Gluten- ... : Nutrition & Food Science International Journal Juniper Publishers Authored by Talwinder S Kahlon* Abstract The sensory evalu...

Juniper Publishers: Interventions for Suicide Prevention: The Need of ... : GlobalJournal of Addiction & Rehabilitation Medicine Juniper Publishers Authored by Hemendra Singh* Opinion Suicide ...

Juniper Publishers: Distribution of Coastal and Marine Herpetofauna in... : Oceanography & Fisheries Open AccessJournal Juniper Publishers Authored by Sandeep Munjpara* Abstract The Gulf of Kachchh ...

Juniper Publishers: Review of the book “Noonomy” by Sergey Bodrunov_Ju... : Global Journal of Archaeology & Anthropology Juniper Publishers Authored by Vladimir Plotnikov* Mini Review “Noonomy” by S...

Juniper Publishers Abstract In this paper, we have reported the effect of annealing temperature on structural properties of Co 0.4 Mg 0.6 Fe 2 O 4  nano-ferrites prepared via self-combustion method without using any external oxidizing agents to change the pH of the precursors. The self-combustion method offered homogenous particle size over the composition at a lower temperature. X-ray diffraction (XRD) studies show that particle size was increased from 15nm to 59nm with increasing annealing temperature for Co-Mg nano-ferrites. The spinel ferrite functional group formation was identified by the analysis of FTIR spectroscopy data. Raman spectroscopy was used to study the structural stability of nano-ferrite. Keywords:  X-ray diffraction; Raman spectroscopy; Nano-magnetic properties; Dielectric constant Go to Introduction In recent decay, there is a great interest has been taken on the experimental and theoretical research on the nano-ferrites due to their ...