Environmental laws and restrains of criminal sanctions in India

The Issue Protection of environment has become one of the major global issues in 21st century. Man\u27s conquest over the nature and his capacity to manipulate his environment through scientific and technological accomplishment has made him callous not only toward himself but towards other living creatures, plants, living organisms and macro-organisms. The technological advancement and economic developments have brought comforts to many, but unfavourable to our ecosystem in many ways. There are different kind of pollutions such as Water pollution, Air Pollution, Environmental pollution, Soil pollution, Oceanic pollution, food pollution, fossil fuel pollution etc. Many contaminations mixed in solid form and liquid form in water and gaseous form with the air caused Ozan depletion and global warming in the earth. In June 1992 the World Community met at the Earth Summit held in Rio de Janerio, is also known as Rio Convention to formulate new global policies to deal with the environmental degradation and to protect, promote and conserve the environment. The developed countries should help the developing countries in conservation and preservation of environment. The process of rapid industrialization, increasing population, imbalances in economic activities and exploitation of natural resources have resulted in environmental crisis in India. So this paper tries to find out the necessary legal sanctions for the polluters who are sole responsible to pollute our environment

Environmental laws and restrains of criminal sanctions in India

The Issue Protection of environment has become one of the major global issues in 21st century. Man\u27s conquest over the nature and his capacity to manipulate his environment through scientific and technological accomplishment has made him callous not only toward himself but towards other living creatures, plants, living organisms and macro-organisms. The technological advancement and economic developments have brought comforts to many, but unfavourable to our ecosystem in many ways. There are different kind of pollutions such as Water pollution, Air Pollution, Environmental pollution, Soil pollution, Oceanic pollution, food pollution, fossil fuel pollution etc. Many contaminations mixed in solid form and liquid form in water and gaseous form with the air caused Ozan depletion and global warming in the earth. In June 1992 the World Community met at the Earth Summit held in Rio de Janerio, is also known as Rio Convention to formulate new global policies to deal with the environmental degradation and to protect, promote and conserve the environment. The developed countries should help the developing countries in conservation and preservation of environment. The process of rapid industrialization, increasing population, imbalances in economic activities and exploitation of natural resources have resulted in environmental crisis in India. So this paper tries to find out the necessary legal sanctions for the polluters who are sole responsible to pollute our environment

Environmental laws and restrains of criminal sanctions in India

The Issue Protection of environment has become one of the major global issues in 21st century. Man\u27s conquest over the nature and his capacity to manipulate his environment through scientific and technological accomplishment has made him callous not only toward himself but towards other living creatures, plants, living organisms and macro-organisms. The technological advancement and economic developments have brought comforts to many, but unfavourable to our ecosystem in many ways. There are different kind of pollutions such as Water pollution, Air Pollution, Environmental pollution, Soil pollution, Oceanic pollution, food pollution, fossil fuel pollution etc. Many contaminations mixed in solid form and liquid form in water and gaseous form with the air caused Ozan depletion and global warming in the earth. In June 1992 the World Community met at the Earth Summit held in Rio de Janerio, is also known as Rio Convention to formulate new global policies to deal with the environmental degradation and to protect, promote and conserve the environment. The developed countries should help the developing countries in conservation and preservation of environment. The process of rapid industrialization, increasing population, imbalances in economic activities and exploitation of natural resources have resulted in environmental crisis in India. So this paper tries to find out the necessary legal sanctions for the polluters who are sole responsible to pollute our environment

Effects of SiO(2) and TiO(2) fillers on thermal and dielectric properties of eco-friendly bismuth glass microcomposites of plasma display panels

The effects of SiO(2) (amorphous) and TiO(2) (crystalline, rutile) fillers on softening point (T (s)), glass transition temperature (T (g)), coefficient of thermal expansion (CTE), and dielectric constant (E >) of zinc bismuth borate, ZnO-Bi(2)O(3)-B(2)O(3) (ZBIB) glass microcomposites have been investigated with a view to its use as the white back (rear glass dielectric layer) of plasma display panels (PDPs). The experimentally measured properties have also been compared with those of theoretically predicted values. Both the experimental and theoretical trends of these properties with added filler contents correlate very well. The interaction of fillers with glass which occurred during sintering at 560A degrees C has also been monitored by XRD and FTIR spectroscopic analyses. The microstructures and distribution of fillers in the glass matrix have been analyzed by SEM images. It is observed that the fillers have partially dissolved in the glass at the firing temperature leaving some unreacted filler as residue which results in ceramic-glass microcomposites. In consideration of the desired properties of white back of PDPs, the addition of TiO(2) filler to ZBIB glass is found to be more preferable than SiO(2) filler. The addition of 10 wt% TiO(2) filler yielded T (s), T (g), CTE and E > values of 560A degrees C, 480A degrees C, 82 x 10(-7)/K and 14 center dot 6 which are found to meet the desired values of < 580A degrees C, < 500A degrees C, < 83 x 10(-7)/K and < 15, respectively with respect to use of PD200 glass as substrate in PDP technology

Development and Application of High-Density Axiom Cajanus SNP Array with 56K SNPs to Understand the Genome Architecture of Released Cultivars and Founder Genotypes

As one of the major outputs of next-generation sequencing (NGS), a large number of genome-wide single-nucleotide polymorphisms (SNPs) have been developed in pigeonpea [Cajanus cajan (L.) Huth.]. However, SNPs require a genotyping platform or assay to be used in different evolutionary studies or in crop improvement programs. Therefore, we developed an Axiom Cajanus SNP array with 56K SNPs uniformly distributed across the genome and assessed its utility in a genetic diversity study. From the whole-genome resequencing (WGRS) data on 104 pigeonpea lines, ∼2 million sequence variations (SNPs and insertion–deletions [InDels]) were identified, from which a subset of 56,512 unique and informative sequence variations were selected to develop the array. The Axiom Cajanus SNP array developed was used for genotyping 103 pigeonpea lines encompassing 63 cultivars released between 1960 and 2014 and 40 breeding, germplasm, and founder lines. Genotyping data thus generated on 103 pigeonpea lines provided 51,201 polymorphic SNPs and InDels. Genetic diversity analysis provided in-depth insights into the genetic architecture and trends in temporal diversity in pigeonpea cultivars. Therefore, the continuous use of the high-density Axiom Cajanus SNP array developed will accelerate high-resolution trait mapping, marker-assisted breeding, and genomic selection efforts in pigeonpea

Lie symmetry analysis and numerical solutions for thermo-solutal chemicallyreacting radiative micropolar flow from an inclined porous surface

Steady, laminar, incompressible thermo-solutal natural convection flow of micropolar fluid from an inclined perforated surface with convective boundary conditions is studied. Thermal radiative flux and chemical reaction effects are included to represent phenomena encountered in high-temperature materials synthesis operations. Rosseland’s diffusion approximation is used to describe the radiative heat flux in the energy equation. A Lie scaling group transformation is implemented to derive a self-similar form of the partial differential conservation equations. The resulting coupled nonlinear boundary value problem is solved with Runge-Kutta fourth order numerical quadrature (shooting technique). Validation of solutions with an optimized Adomian decomposition method algorithm is included. Verification of the accuracy of shooting is also conducted as a particular case of non-reactive micropolar flow from a vertical permeable surface. The evolution of velocity, angular velocity (micro-rotation component), temperature and concentration are examined for a variety of parameters including coupling number, plate inclination angle, suction/injection parameter, radiation-conduction parameter, Biot number and reaction parameter. Numerical results for steady state skin friction coefficient, couple stress coefficient, Nusselt number and Sherwood number are tabulated and discussed. Interesting features of the hydrodynamic, heat and mass transfer characteristics are examined

Butyrylcholinesterase as a prognostic marker: a review of the literature.

BACKGROUND: Butyrylcholinesterase (BChE) is an α-glycoprotein synthesized in the liver. Its serum level decreases in many clinical conditions such as acute and chronic liver damage, inflammation, injury and infections, and malnutrition. METHODS AND RESULTS: This review collects the main evidence on the emerging role of butyrylcholinesterase as a prognostic marker of liver and nonliver diseases as well as a marker of protein-energy malnutrition and obesity. In fact, serum concentrations and BChE activity seem to accurately reflect the availability of amino acidic substrates and/or derangement in protein synthesis due to hepatocellular damage. In cancer, with or without liver impairment, serum BChE levels serve as an accurate functional and prognostic indicator, useful for monitoring clinical and therapeutic interventions according to patients’ prognosis. In the absence of inflammation, BChE could also serve as an index of the effectiveness of nutritional support. CONCLUSIONS: Serum BChE assessment should be included in routine clinical diagnostic procedures to evaluate patient clinical conditions, in particular in cases of inflammation and/or protein-energy malnutrition

Environmental laws and restrains of criminal sanctions in India

The Issue Protection of environment has become one of the major global issues in 21st century. Man\u27s conquest over the nature and his capacity to manipulate his environment through scientific and technological accomplishment has made him callous not only toward himself but towards other living creatures, plants, living organisms and macro-organisms. The technological advancement and economic developments have brought comforts to many, but unfavourable to our ecosystem in many ways. There are different kind of pollutions such as Water pollution, Air Pollution, Environmental pollution, Soil pollution, Oceanic pollution, food pollution, fossil fuel pollution etc. Many contaminations mixed in solid form and liquid form in water and gaseous form with the air caused Ozan depletion and global warming in the earth. In June 1992 the World Community met at the Earth Summit held in Rio de Janerio, is also known as Rio Convention to formulate new global policies to deal with the environmental degradation and to protect, promote and conserve the environment. The developed countries should help the developing countries in conservation and preservation of environment. The process of rapid industrialization, increasing population, imbalances in economic activities and exploitation of natural resources have resulted in environmental crisis in India. So this paper tries to find out the necessary legal sanctions for the polluters who are sole responsible to pollute our environment

Theoretical investigations of an annular elliptical ring microstrip antenna using Green‘s function technique

Analytical expressions for the Green’s function of an annular elliptical ring microstrip antenna (AERMA) are developed and reported. The modal, radiation and input impedance characteristics of the TM, modes are determined from these expressions. The resonant frequencies of odd modes are greater than that of the even modes for all TMnl modes (n = 1, 2, 3, ...) udke elliptical microstrip structures. The radiation pattern and input imedance curves of TMI2 mode on comparison with available experimental result shows good agreement whch provides an independent validation to this technique. The performance of the AERMA is then investigated as a function of thickness and substrate dielectric permittivity.IEE Proc.-Microw. Antennas Propag., Vol. 146, No. 6, December 199

Comments on Simple and Accurate Formula for the Resonant Frequency of the Equilateral Triangular Microstrip Patch Antenna

CUSATAntennas and Propagation, IEEE Transactions on,VOL 48,issue 4,pp 63