The invention relates to an application of a polymer particle with tertiary amine group on the surface as thermal reversible reactive filler which includes halogen pendant group. The polymer particle with tertiary amine group on the surface is prepared with vinyl monomer and monomer including tertiary amine group through emulsion copolymerization, wherein the monomer including tertiary amine group is chosen from vinyl pyridine and derivatives thereof as well as crylic acid dimethylamino ester and derivatives thereof. When linetype polymer material is filled with the reactive cross-linked polymer particle filler with tertiary amine group on the surface, cross-linked polymer material for filling and reinforcing is obtained without other cross-linked agents, and the cross-linked polymer material can be heated and formed. Therefore, problems that permanent cross link in polymer material and products are difficult to process and utilize again caused by traditional reactive reinforcing filler are solved, and implementation art is simple.

Soil samples were used to isolate different protease producing bacteria. Casein hydrolysis media was used to screen proteolytic bacteria which produced clear hydrolyzed zone. Isolates showing positives result for all isolates. The media (MD8) indicated maximum protease production for Bacillus cohinii. Glucose showed maximum enzyme activity of 14.49 U/ml for BS1. In nitrogen source , ammonium chloride showed to be best with enzyme activity as 7.85 U/ml for BS1 in MD5 media. MD5 media supplemented with NaCl works best for alkaline protease production. But a concentration of 11% NaCl showed maximum activity with 10.87 U/ml for BS1. It was found that all the isolates showed maximum protease production at 45°C in MD5 media

Bacteria were isolated from soil samples using serial dilution method. Different isolates were then screened for their alkaline protease producing capability using skim milk hydrolysis test. The bacterial species were identified as Bacillus cohnii using 16S rRNA amplification and phylogenetic analysis. BLAST program and the 16S rRNA gene sequence similarity demonstrated that the query sequence was 99% similar to Bacillus cohnii (gb|JF689927.1) strain APT5.

Dynamic loads of high capacity power grids under normal and severe conditions are the most concerns of system operators and dispatchers to maintain voltage stability. Reactive power (Q) are often drawn by loads from various generated sources disturbing the operational power factor. Compensating methods are used, depending on load types and their reactive power patterns, to continuously monitor and correctly counteract fast changes by extremely rapid VAR compensation especially during transient conditions. Using power electronics and combining both, power and control engineering, some FACTS devises equipped with selected power electronic switching are the appropriate methods to respond to system variations in almost no time. STATCOM regulates system voltages based on a voltage-source converters, by absorbing or generating reactive power. Contrary to a thyristor-based Static VAR

The object of the present paper is to introduce a new subclass of p-valent starlike functions with negative coefficients in the open unit disc which is defiined by a generalized derivative operator. We obtain coefficient inequalities, growth and distortion theorems and extreme points for the subclass of p-valent functions.