Past Issue | Volume | Volume 2,Issue 10,Oct,2016
“CLINICAL ULTRASOUND PHYSICS: COMPENDIUM OF BASIC CONCEPTSâ€
Abstract:-
Ultrasound is a wave with a frequency exceeding the upper limit of human hearing. – greater than 20,000 Hz (hertz) .While the term ultrasound generally refers to sound waves with frequencies above 20,000 Hz (the frequency range of audible sound is 20 to 20,000 Hz), diagnostic ultrasound uses frequencies in the range of 1-10 million (mega) hertz
ROLE OF UNANI MEDICINE IN THE TREATMENT OF EXFOLIATIVE DERMATITIS- A CASE REPORT
Abstract:-
Exfoliative dermatitis is a disease of multiple aetiologies or Idiopathic characterized by widespread (> 90% of skin area) Scaling and redness with or without oedema and may leads to serious condition due to fluid loss and Hyper/Hypothermia. Patient remains restless and anxious. In this case report, Role of Unani Medicine was documented with safe and curative outcome after Unani treatment of the patient. This case highlights the scope of Unani medicine, which is based on the Natural drugs.
Abstract:-
The effect of the aprotic solvents on the electronic transition π→π* for compound (in seventeen aprotic solvents have been studied. Good correlation with the solvatochronic equation and the electronic transition π→π* has been noticed. This result was compared with our studies on similar compounds derived from other nucleus such as quinoline. In 1,8-naphthyridine derivative, the naphthyridine residue showed no noticeable changes in the solvatochromic equation than the previous studies.
ANALYSIS OF WATER AND SOIL NEAR COPPER MINE
Abstract:-
Metals have been an indispensable part of human life from last centuries. Mining is only way for extraction of metal from earth. Metal rich soil near mines is a prominent abiotic stress for living organisms especially plants. The aim of the study was to investigate metal contamination in soil and water collected from proximity of copper mining sites. The samples were collected and subjected to test pH, EC, total hardness and concentration of Cu, Zn and Cd. Water sample has an average concentration of copper in ranges from 26.0 mg/liter to 115 mg/liter. Similarly in soil also 88.8 mg/kg to 249 mg/kg copper was recorded. The concentration of copper and other metals is higher than normal permissible limit which can causes abiotic stress to flora and fauna flourish near metal mine.
RECENT TRENDS & CHALLENGES FACED BY SOFTWARE DEVELOPMENT IN EMBEDDED SYSTEM
Abstract:-
Need is the mother of creation and embedded systems are developments that were fuelled by making pre-projects to play out a devoted tight scope of capacities as a major aspect of substantial systems. Embedded System has seen a development throughout the most recent decade. Every single creating part has seen expanded utilization of the embedded systems and the significant reason for its blast is 'versatility'. Give it a chance to be Automobile, Aeronautics, Energy Control, portable media transmission, Global transport industry or e-installment arrangements; embedded systems are there all over the place. This paper discusses main challenges in embedded systems design: the challenge to build predictable systems, and that to build robust systems. It is suggested how predictability can be formalized as a form of determinism, and robustness as a form of continuity.
STUDY OF THE CONTROL OF POWER ELECTRONICS WITH THE HELP OF HYBRIDMODELLING & ANALYSIS IN POWER YSTEM
Halavath Narasimha Rao1, Dr. Yash Pal Singh2
Abstract:-
Switched circuits in power electronics by their tendency present half and half conduct. Such circuits can be depicted by an arrangement of discrete states with related nonstop elements. A control objective, generally direction of the yield despite unsettling influences in the consistent system, is expert by picking among discrete states. We depict a half breed systems point of view of a few basic assignments in the plan and investigation of power electronics. A DC-DC support converter circuit is exhibited as an illustrative case, and the augmentation of this circuit to a different yield design is given to demonstrate the good scaling properties and expansive utility of the mixture approach.
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