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S.No Particular Pdf Page No.
1

  • BIOLOGICAL IMPORTANCE OF THIAZOLIDINONE


Roop Singh Meena

Abstract:
Thiazolidinone is a regularly essential five-membered heterocyclic ring having generally various ordinary activities. This study covers various kinds of thiazolidinones, for instance, 2-thiazolidinones, 4-thiazolidinones, 5-thiazolidinones, 2-thioxo-4-thiazolidinones, and thiazolidiene-2,4-dione. The making related with the genuine properties, planned reactions, and mix for these subordinates has been consolidated. Late advances in the standard activities uncovered for 4-thiazolidinone partners, for instance, peroxisome proliferator-mentioned receptor γ folios, follicle-spicing up substance agonists, cystic fibrosis transmembrane conductance regulator inhibitors, and sickness assumption prepared experts, have been combat in this audit. Therefore, this study could help in further actuating these thiazolidinone subordinates as more conceivable prescription very much educated specialists


1-9
2

  • The Effects of Different Low Voltage Electric Fields on Seed Germination and Seedling Growth Parameters of Lentil (Lens Esculenta)


Lata Sharma1,*, Karuna Gaur2, Archana Singh3, Dinesh Prakash Upadhyay4

Abstract:
The effects of three low voltage electric fields, AC (marked as AC2), DC (marked as DC3) and the same DC with reversed electrode polarity (marked as DC4) on seed germination and seedling growth of lentil have been assessed in his communication. The various electric fields were applied to the seeds placed between the two layers of the soil and the two electrodes made up aluminium. One electrode was peripheral rectangular hexagonal mesh electrode and the other was a central rod electrode. The application of AC2 and DC4 electric fields has an


84-101
3

  • THE ATTRACTIVE AND REPULSIVE FORCES THAT ARISE BETWEEN THE MOLECULES OF A SUBSTANCE


Meena Devi

Abstract:
According to conventional liquid state theory, in liquid materials science, the forces of attraction and repulsion have different functions. By showing an infinite number of pair possibilities with virtually identical design and components, even though only some of them have significant attraction forces, this point of view is placed into perspective. In any case, two particles with the same mass are attracted to one another and are attracted to one another when there are no conventional external forces and their customary relative energy has dissipated. This quantum force is strongly influenced by the number of components in the room. It is demonstrated that the greatest points of the isotherms of exploratory data of interior strain of thick liquids against molar volume are all located at a V max below the fundamental molar volume.


102-110
4

  • Chitar-Sendra Ophiolite, NW India: Suprasubduction Zone Setting For The Oldest Basin Part of Pan-African And Brasiliano Ophiolite.


K.L. Shrivastava, Laxman Siyol*, Jaina ram Bhakar ram, Ravi Patel,

Abstract:
Ophiolites have been hypothesised to have formed in a wide variety of tectonic settings due to the astonishing diversity of their interior structures, pseudo-stratigraphy, and chemical signatures. There were several Wilson cycle phases in the history of ancient oceans, and throughout each one, collisional or accretive orogenic processes absorbed mafic-ultramafic assemblages and the sedimentary and metamorphic rock groups they were associated with onto continental borders


111-121
5

  • STUDY OF ANAEROBIC REACTORS OF BIOMETHANATION


Dr. Parul Mishra,Prof. J.P. Singh

Abstract:
Bio-methanation of slurries of manures, dairy waste, organic solid waste of Celluloid nature yields CH4 using specially designed anaerobic reactors. Continuously stirred tank reactors under go wet digestion (low solid) Ts <20% or dry digestion (high solids) Ts>20%. Depending upon nature of batch reactors are fluidized bed, hybrid, batch, buffed anaerobic filters, blanket reactors are widely used, Anaerobic treatment is collection of biological processes by which micro-organism break down biodegradable materials in absence of O2. The most of organic carbon is converted to biogas (CH4 + CO2) while little goes to residual mass. Anaerobic procedure yields 80% of Bio-gas with only 5% of residual slurry as compared to aerobic mode gives both 45% of bio-gas & residual slurry.


122-125
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